STANDARD
FORM
83
SUPPORTING
STATEMENT
ICR
No.
2028.01
 
NATIONAL
EMISSION
STANDARDS
FOR
HAZARDOUS
AIR
POLLUTANTS:
INDUSTRIAL,
COMMERCIAL,
AND
INSTITUTIONAL
BOILERS
AND
PROCESS
HEATERS
(
40
CFR
PART
63,
SUBPART
DDDDD)

U.
S.
Environmental
Protection
Agency
Office
of
Air
Quality
Planning
and
Standards
Research
Triangle
Park,
North
Carolina
27711
March
2002
1
PART
A
OF
THE
SUPPORTING
STATEMENT
FOR
STANDARD
FORM
83
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
1.
IDENTIFICATION
OF
THE
INFORMATION
COLLECTION
(
a)
Title
of
the
Information
Collection.

"
Reporting
and
Recordkeeping
Requirements
for
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
(
Subpart
DDDDD)."
The
EPA
tracking
number
is
ICR
2028.01.

(
b)
Characterization
of
Information
Collection.

This
supporting
statement
addresses
information
collection
activities
that
would
be
imposed
by
the
"
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,

Commercial,
and
Institutional
Boilers
and
Process
Heaters",
40
CFR
63
subpart
DDDDD.
These
standards
fulfill
the
requirements
of
section
112
of
the
Clean
Air
Act
(
CAA),
which
require
EPA
to
promulgate
standards
for
industrial,
commercial,
and
institutional
boilers
and
process
heaters.

The
information
collection
activities
in
this
information
collection
request
(
ICR)
include:
initial
and
annual
stack
tests,

fuel
analyses,
operating
parameter
monitoring,
one­
time
and
periodic
reports,
and
the
maintenance
of
records.
Varying
levels
of
requirements
are
applicable
to
each
of
the
nine
subcategories
of
sources.
The
nine
subcategories
are
as
follows:
large
solid
fuel­
fired
units,
large
liquid
fuel­
fired
units,
large
gaseous
fuel­
fired
units,
limited
use
solid
fuel­
fired
units,
limited
use
liquid
fuel­
fired
units,
limited
use
gaseous
fuel­
fired
units,

small
solid
fuel­
fired
units,
small
liquid
fuel­
fired
units,
and
small
gaseous
fuel­
fired
units.
These
activities
will
enable
EPA
to
determine
initial
and
continuous
compliance
with
emission
2
standards
for
regulated
pollutants,
and
ensure
that
facilities
conduct
proper
planning,
operation,
and
unit
maintenance.

2.
AUTHORITY/
NEED
FOR
AND
USE
OF
THE
COLLECTION
(
a)
Authority/
Need
for
the
Collection.

The
EPA
is
required
under
section
112
of
the
CAA
to
establish
national
emission
standards
for
new
and
existing
stationary
sources
that
reflect
the
maximum
achievable
control
technology
(
MACT)
for
achieving
continuous
emission
reductions.

The
EPA
needs
this
information
to
ensure
that
hazardous
air
pollutant
(
HAP)
emissions
from
industrial,
commercial,
and
institutional
boilers
and
process
heaters
are
reduced.

Section
114
of
the
CAA
allows
the
Administrator
to
require
inspections,
monitoring,
and
entry
into
facilities
to
ensure
compliance
with
a
section
112
standard.
Section
114(
a)(
1)

specifically
states:

"
The
Administrator
may
require
any
person
who
owns
or
operates
any
emission
source...
who
is
subject
to
the
provisions
of
the
CAA
on
a
one­
time,
periodic,
or
continuous
basis
to;

(
A)
establish
and
maintain
such
records;

(
B)
make
such
reports;

(
C)
install,
use,
and
maintain
such
monitoring
equipment,
and
use
such
audit
procedures,
or
methods;

(
D)
sample
such
emissions;

(
E)
keep
records
on
control
equipment
parameters,
production
variables
or
other
indirect
data
when
direct
monitoring
of
emissions
is
impractical;

(
F)
submit
compliance
certifications
in
accordance
with
section
114(
a)(
3);
and
(
G)
provide
such
other
information
as
the
Administrator
may
reasonable
require."
3
Certain
records
and
reports
are
necessary
to
enable
the
Administrator
to
identify
sources
subject
to
the
standard
and
to
ensure
that
the
standard
is
being
achieved.

(
b)
Use/
Users
of
the
Data.

The
information
will
be
used
by
the
Agency
to:
(
1)
identify
new,
modified,
reconstructed
and
existing
sources
subject
to
the
standards;
(
2)
ensure
that
subpart
DDDDD
is
being
properly
applied;
(
3)
ensure
that
the
emission
standards
are
being
complied
with;
(
4)
ensure,
on
a
continuous
basis,
that
the
operating
parameters
established
during
the
initial
stack
test
are
not
exceeded.

In
addition,
records
and
reports
are
necessary
to
enable
EPA
to
identify
facilities
that
may
not
be
in
compliance
with
the
standards.
Based
on
reported
information,
EPA
will
decide
which
facilities
should
be
inspected
and
what
records
or
units
should
be
inspected
at
the
facilities.
The
records
that
facilities
maintain
will
indicate
to
EPA
whether
facility
personnel
are
properly
operating
and
maintaining
the
boiler
or
process
heater
and
control
equipment.

3.
NONDUPLICATION,
CONSULTATIONS,
AND
OTHER
COLLECTION
CRITERIA
(
a)
Nonduplication.

The
information
collection
pursuant
to
the
NESHAP
consists
primarily
of
stack
test
reports,
fuel
analyses
reports,
and
monitoring
of
operating
parameters.
Facilities
that
are
subject
to
the
NSPS
for
Industrial,
Commercial,
or
Institutional
Steam
Generating
Units
(
Subpart
Db)
or
the
NSPS
for
Small
Industrial,

Commercial,
or
Institutional
Steam
Generating
Units
(
Subpart
Dc)

will
be
subject
to
the
requirements
of
both
the
Subpart
Db
or
Dc
NSPS
and
this
proposed
NESHAP.
However,
these
facilities
will
not
be
subject
to
conflicting
requirements
between
the
two
4
standards.
Subpart
Db
and
Subpart
Dc
establishes
emission
limitations
for
criteria
pollutant
emissions
from
steam
generating
units,
whereas
the
proposed
NESHAP
will
regulate
HAP
emissions.

The
burden
requested
for
this
proposed
NESHAP
and
the
NSPS
both
require
reporting
on
a
semiannual
basis.
Therefore,

facilities
can
streamline
their
reporting
requirements
to
submit
a
single
report
with
the
necessary
information
to
demonstrate
compliance
with
both
standards.

(
b)
Public
notice
prior
to
ICR
submission
to
OMB.

A
public
notice
of
this
collection
will
be
provided
in
the
notice
of
proposed
rulemaking
for
the
NESHAP.

(
c)
Consultations.

In
September
1996,
the
EPA
chartered
the
Industrial
Combustion
Coordinated
Rulemaking
(
ICCR)
advisory
committee
under
the
Federal
Advisory
Committee
Act
(
FACA).
The
committee's
objective
was
to
develop
recommendations
for
regulations
for
several
combustion
sources
under
sections
112
and
129
of
the
Act.

The
committee
was
designed
and
created
to
foster
active
participation
from
stakeholders,
including
environmental
groups,

regulated
industries,
local
governments,
Federal
agencies,
and
State
and
local
regulatory
agencies.
The
ICCR
Federal
Advisory
Committee,
known
as
the
Coordinating
Committee,
formed
Source
Work
Groups
for
the
various
combustor
types
covered
under
the
ICCR.
Two
work
groups,
the
Boiler
Work
Group
and
the
Process
Heater
Work
Group,
were
formed
to
research
issues
related
to
industrial,
commercial,
and
institutional
boilers
and
process
heaters.
These
two
work
groups
submitted
recommendations,

results
of
data
analyses,
and
other
information
to
the
Coordinating
Committee,
which
in
turn
considered
and
submitted
the
recommendations
and
information
to
the
EPA.
The
Committee's
5
recommendations
were
considered
by
EPA
in
developing
the
proposed
Industrial,
Commercial,
and
Institutional
Boiler
and
Process
Heater
NESHAP
and
this
ICR.

The
public
will
also
have
the
opportunity
to
review
and
comment
on
the
proposed
NESHAP
and
this
ICR
during
the
specified
comment
period.

(
d)
Effects
of
Less
Frequent
Data
Collection.

The
standards
require
initial
stack
tests
and,
in
some
cases,
also
annual
stack
tests
for
affected
sources
with
applicable
emission
limits,
fuel
analysis
for
affected
sources
with
applicable
operating
limits,
continuous
operating
parameter
monitoring,
and
initial
and
semiannual
reporting.
The
frequency
of
these
activities
was
chosen
by
EPA
as
the
period
that
will
provide
an
adequate
margin
of
assurance
that
affected
facilities
will
not
operate
for
extended
periods
in
violation
of
the
standards.

The
annual
stack
testing,
where
applicable,
will
ensure,
on
an
ongoing
basis,
that
the
air
pollution
control
device
is
operating
properly
and
its
performance
has
not
deteriorated.

During
the
initial
stack
tests
(
for
PM
or
total
selected
metals,
mercury,
and
HCl),
the
owner
or
operator
must
establish
maximum
or
minimum
values
for
each
applicable
operating
parameter.
Thereafter,
the
owner
or
operator
must,
in
some
cases,
conduct
annual
stack
tests
for
PM
or
total
selected
metals,
mercury,
and
for
HCl
and
must
always
continuously
monitor
the
operating
parameters.
The
activities
associated
with
setting
these
site­
specific
operating
limits
include
monitoring
of
the
parameters
during
the
performance
test,
reviewing
and
averaging
the
monitoring
data,
and,
if
necessary,
calculating
average
values
for
fuel
input
contents.

Although
continuous
monitoring
of
operating
parameters
cannot
provide
a
direct
measurement
of
emissions,
it
is
less
6
expensive
than
continuous
emission
monitoring
systems
(
CEMS)
and
the
information
provided
can
be
used
to
ensure
that
the
boiler
or
process
heater
and
associated
air
pollution
control
equipment
are
operated
properly.
This
information
assures
EPA
and
the
public
that
the
reductions
envisioned
by
the
regulations
are
being
achieved.
Less
frequent
monitoring
would
not
ensure
continuous
compliance.

The
semiannual
reporting
requirement
allows
the
submittal
of
required
information
and
data
on
established
operating
parameters
so
that
any
potential
problems
can
be
identified
in
a
timely
fashion.

(
e)
General
Guidelines.

With
the
exception
of
requiring
records
to
be
maintained
for
more
than
three
years,
none
of
the
guidelines
in
CFR
1320.5
are
being
exceeded.
This
rule
requires
all
records
to
be
maintained
at
the
source
for
a
period
of
five
years.
In
40
CFR
part
63,

subpart
A,
"
General
Provisions
for
National
Emission
Standards
for
Hazardous
Air
Pollutants
for
Source
Categories,"
owners
or
operators
of
facilities
are
required
to
keep
and
maintain
records
for
a
period
of
five
years.
These
records
must
be
kept
on
file
for
use,
if
needed,
by
the
regulating
authority
to
ensure
that
the
plant
personnel
are
operating
and
maintaining
the
unit
and
the
control
equipment
properly.
The
title
V
permit
programs
also
require
records
to
be
retained
for
five
years.
These
records
must
be
kept
on
file
for
use,
if
needed,
by
the
regulating
authority
to
ensure
that
the
plant
personnel
are
operating
and
maintaining
the
unit
and
the
control
equipment
properly.

(
f)
Confidentiality
and
Sensitive
Questions.

(
i)
Confidentiality.
All
information
submitted
to
the
Agency
for
which
a
claim
of
confidentiality
is
made
will
be
safeguarded
according
to
the
Agency
policies
set
forth
in
Title
7
40,
Chapter
1,
part
2,
subpart
B
­
Confidentiality
of
Business
Information
(
see
40
CFR
2;
41
FR
36902,
September
1,
1976,

amended
by
43
FR
39999,
September
28,
1978;
43
FR
42251,

September
29,
1978;
44
FR
17674,
March
23,
1979).

(
ii)
Sensitive
Questions.
This
section
is
not
applicable
because
this
ICR
does
not
involve
matters
of
a
sensitive
nature.

4.
THE
RESPONDENTS
AND
THE
INFORMATION
REQUESTED
(
a)
Respondents/
NAICS
Codes.

Respondents
are
owners
or
operators
of
new
or
existing
industrial,
commercial,
or
institutional
boilers
and
process
heaters.
These
standards
affect
any
industry,
state,
local,
or
tribal
government,
or
any
university
using
a
boiler
or
process
heater
as
defined
in
the
regulation.
This
includes
but
is
not
limited
to
the
following
North
American
Industry
Classification
System
(
NAICS)
Codes
211
(
Extractors
of
Crude
Petroleum
and
Natural
Gas),
321
(
Manufacturers
of
Lumber
and
Wood
Products),

322
(
Pulp
and
paper
mills),
325
(
Chemical
manufacturers),
324
(
Petroleum
refineries
and
manufacturers
of
coal
products),

316/
326/
339
(
Manufacturers
of
rubber
and
miscellaneous
plastic
products,
331
(
Steel
works,
blast
furnaces),
332
(
Electroplating,

plating,
polishing,
anodizing,
and
coloring),
336
(
Manufacturers
of
motor
vehicle
parts
and
accessories),
221
(
electric,
gas,
and
sanitary
services),
622
(
Health
services),
and
611
(
Educational
services).

(
b)
Information
Requested.

(
i)
Data
items.
Attachment
1,
Source
Data
and
Information
Requirements,
and
tables
1.
A­
C,
2.
A­
C,
and
3.
A­
C,
4.
A­
C,
5.
A­
C,

6.
A­
C,
7.
A­
C,
8.
A­
C,
9.
A­
C,
and
10
(
Attachment
2)
present
a
summary
of
the
testing,
monitoring,
recordkeeping
and
reporting
requirements
of
this
regulation.
The
Attachment
2
tables
present
8
the
yearly
burden
estimates
separately
for
each
of
the
nine
subcategories
of
affected
sources.

(
ii)
Respondent
activities.
The
respondent
activities
required
by
the
standards
are
provided
under
the
first
columns
of
tables
1­
9,
introduced
in
section
6(
a).
All
burden
items
are
included
in
tables
1­
9.

(
iii)
Summary
of
Requirements.
The
information
collection
activities
in
this
ICR
include:
initial
and
annual
stack
tests,

fuel
analyses,
operating
parameter
monitoring,
preparation
of
a
startup,
shutdown,
malfunction
plan
(
SSMP),
preparation
of
a
site­
specific
monitoring
plan,
one­
time
and
periodic
reports,
and
the
maintenance
of
records.

The
regulation
requires
an
initial
stack
test
for
PM
or
total
selected
metals,
mercury,
and
HCl
for
affected
sources
with
applicable
emission
limits.
During
the
initial
stack
test,
the
owner
or
operator
must
establish
maximum
or
minimum
values
for
each
operating
parameter.
Thereafter,
the
owner
or
operator
must,
in
some
cases,
conduct
annual
stack
tests
for
PM
or
total
selected
metals,
mercury,
and
for
HCl
and
must
always
continuously
monitor
the
operating
parameters.

Following
the
initial
stack
test,
the
owner
or
operator
must
submit
a
report
that
documents
the
stack
test
results
and
the
values
for
their
required
operating
parameters.

A
semi­
annual
report
is
required
that
documents:
the
values
for
the
operating
parameters;
any
deviation,
the
results
of
any
annual
stack
tests;
the
results
of
any
fuel
analysis
and
emissions
calculations;
fuel
usage,
and
if
no
deviation
occurred,

a
statement
that
no
deviations
occurred.

As
specified
in
subpart
DDDDD,
owners
or
operators
of
boilers
and
process
heaters
are
required
to
keep
records
of
certain
parameters
and
information
for
a
period
of
5
years.

Owners
or
operators
are
required
to
maintain
records
of
the
initial
stack
test,
annual
stack
tests,
fuel
analyses,
and
any
9
subsequent
stack
tests
or
fuel
analyses.
Owners
or
operators
must
also
maintain
records
of
the
monitoring
data
for
the
operating
parameters
and
daily
fuel
usage.

Records
must
be
maintained
for
boiler
or
process
heater
malfunctions
and
any
deviations
from
the
operating
parameters.

Records
must
also
be
maintained
of
all
monitoring
device
calibration
data.

5.
THE
INFORMATION
COLLECTED
 
AGENCY
ACTIVITIES,
COLLECTION,

METHODOLOGY,
AND
INFORMATION
MANAGEMENT
(
a)
Agency
Activities.

A
list
of
Agency
activities
is
provided
in
section
6(
c)
and
in
tables
11­
13
(
see
Attachment
3).

(
b)
Collection
Methodology
and
Management.

Data
obtained
during
periodic
visits
by
EPA
personnel,
from
records
maintained
by
the
respondents,
and
from
information
provided
in
semiannual
reports
will
be
tabulated
and
published
for
internal
EPA
use
in
compliance
and
enforcement
programs.
The
proposed
rule
allows
records
to
be
retained
in
hardcopy
or
electronic
format
to
allow
flexibility
and
minimize
burden.

(
c)
Small
Entity
Flexibility.

The
EPA
does
not
expect
the
proposed
rule
to
adversely
affect
small
entities.
In
developing
the
proposed
regulation,

small
entity
is
defined
as:
(
1)
a
small
business
according
to
Small
Business
Administration
size
standards
by
the
North
American
Industry
Classification
System
(
NAICS)
category
of
the
owning
entity.
The
range
of
small
business
size
standards
for
the
43
affected
industries
ranges
from
500
to
1,000
employees,

except
for
petroleum
refining
and
electric
utilities.
In
these
latter
two
industries,
the
size
standard
is
1,500
employees
and
a
10
mass
throughput
of
75,000
barrels/
day
or
less
or
4
million
kilowatt­
hours
of
production
or
less,
respectively;
(
2)
a
small
governmental
jurisdiction
that
is
a
government
of
a
city,
county,

town,
school
district
or
special
district
with
a
population
of
less
than
50,000;
and
(
3)
a
small
organization
that
is
any
notfor
profit
enterprise
which
is
independently
owned
and
operated
and
is
not
dominant
in
its
field.

The
EPA
has
determined
that
185
of
the
576
firms,
or
32
percent
of
the
total,
affected
by
the
proposed
rule
may
be
small.

However,
many
of
those
firms
that
were
determined
to
be
small
only
have
boilers
or
process
heaters
in
the
gaseous
fuel
subcategories,
liquid
fuel
subcategories,
or
small
solid
fuel
subcategory
and
therefore,
these
firms
do
not
have
applicable
emission
limits
and
have
limited
reporting
and
recordkeeping
requirements.

The
rule
does
not
contain
any
provisions
reserved
exclusively
for
the
benefit
of
small
entities.
However,
the
rule
does
contain
several
provisions
that
reduce
the
impact
of
the
rule
on
all
regulated
entities,
which
include
small
entities.

For
instance,
operating
parameter
monitoring
is
required
instead
of
continuous
emissions
monitoring
systems
(
CEMS)
and
there
are
alternative
total
selected
metals
emission
limitation
for
those
units
with
low
metals
content
fuels.
Furthermore,
the
requirements
in
this
proposed
NESHAP
are
based
on
the
maximum
achievable
control
technology
(
MACT)
floor
which
is
the
least
stringent
control
option
allowed
under
the
CAA
requirements.

(
d)
Collection
Schedule.

Information
collected
includes
the
following
one­
time­
only
activities:
reading
the
rule,
initial
performance
tests
(
for
PM
or
total
selected
metals,
mercury,
and
for
HCl
for
units
with
applicable
emission
limits),
setting
of
operating
parameter
values,
report
prior
to
initial
start­
up,
report
following
initial
stack
tests
(
includes
operating
parameter
values),
11
development
of
a
SSMP,
and
development
of
a
site­
specific
monitoring
plan.
The
EPA
assumes
that
because
compliance
is
not
required
until
year
3
for
existing
facilities,
that
half
of
the
existing
facilities
will
conduct
initial
performance
tests
and
related
activities
in
year
2
and
the
other
half
will
conduct
such
activities
in
year
3.

Year
1
for
new
and
existing
sources
include
the
one­
time
activity
of
reading
the
regulation
and
submitting
the
initial
notification
that
the
source
is
subject
to
the
standard.
The
burden
associated
with
this
activity
is
estimated
on
a
facility
basis.
On
average,
the
database
of
sources
used
in
the
development
of
the
NESHAP
indicates
that
each
affected
facility
has
an
average
of
two
affected
units.

New
major
sources
would
also
submit
the
following
one­
time
only
notifications:
intent
to
construct,
start
of
construction
date,
anticipated
start­
up
date,
and
actual
start­
up
date.
These
notifications
generally
would
be
submitted
within
60
days
of
the
activity.

In
year
1,
new
facilities
will
begin
training
their
personnel
regarding
the
use
of
monitoring
equipment
and
the
startup,
shutdown,
and
malfunction
plan.
Half
of
the
existing
facilities
will
train
personnel
in
year
2
and
the
other
half
will
train
personnel
in
year
3.
For
those
units
in
subcategories
for
which
there
are
no
required
performance
tests,
it
is
assumed
that
training
will
not
be
conducted
until
year
3.

Also
in
year
1,
new
facilities
will
begin
activities
to
comply
with
the
subpart
such
as
conducting
performance
tests,

setting
operating
limits,
developing
a
site­
specific
monitoring
plan,
installing
and
operating
applicable
monitoring
equipment,

and
submitting
the
notification
of
compliance
status.

In
year
2,
the
new
sources
from
year
1
will
conduct
annual
performance
tests,
if
applicable,
and
submit
semiannual
compliance
reports
and
the
new
sources
in
year
2
will
conduct
12
initial
performance
tests
and
other
initial
compliance
activities
and
will
also
submit
all
initial
notifications.
Also
in
year
2,

half
of
the
existing
affected
sources
will
conduct
performance
tests
and
related
activities
and
submit
initial
notifications
of
compliance
status.
It
is
assumed
that
those
units
in
subcategories
for
which
no
performance
tests
are
required
will
not
submit
notifications
of
compliance
status
or
develop
an
SSMP
until
year
3.

In
year
3,
the
new
sources
from
year
1
and
from
year
2
and
half
of
the
existing
sources
that
began
complying
with
the
subpart
in
year
2
will
conduct
annual
performance
tests,
if
applicable,
and
will
submit
semiannual
compliance
reports.
The
new
sources
from
year
3
will
conduct
performance
tests
and
related
activities
and
submit
all
initial
notifications.
Also
in
year
3,
the
other
half
of
existing
affected
sources
for
which
testing
is
required
will
conduct
performance
tests
and
related
activities
and
submit
initial
notifications.
Also
in
year
3,
all
those
units
in
subcategories
for
which
testing
is
not
required
will
conduct
all
compliance
activities
such
as
submitting
the
notification
of
compliance
status.

In
year
1,
new
sources
will
begin
keeping
records
of
data
such
as
operating
limits
and
fuel
usage.
In
year
2,
the
new
sources
from
years
1
and
2
as
well
as
half
of
the
existing
affected
sources
that
test
in
year
2
will
be
keeping
records
of
such
data.
In
year
3,
all
new
and
existing
affected
facilities
will
be
keeping
records
of
such
data.

6.
ESTIMATING
THE
BURDEN
AND
COST
OF
THE
COLLECTION
(
a)
Estimating
Respondent
Burden.

The
EPA
expects
these
proposed
standards
to
affect
approximately
58,200
boilers
and
process
heaters
at
approximately
18,500
facilities
over
the
next
three
years.
Tables
1­
9
present
13
an
itemized
breakdown
of
the
reporting
and
recordkeeping
requirements
for
the
respondents
subject
to
these
standards.
The
annual
cost
and
labor
burden
estimates
for
reporting
and
recordkeeping
are
also
presented
in
tables
1­
9.

(
b)
Estimating
Respondent
Costs.

The
information
collection
activities
for
sources
subject
to
these
requirements
are
presented
in
tables
1­
3.
The
total
cost
for
each
respondent
activity
includes
labor
costs,

capital/
startup
costs,
and
operating
and
maintenance
(
O&
M)
costs.

(
i)
Labor
rates,
on
a
per­
hour
basis,
are
taken
from
the
Bureau
of
Labor
Statistics
(
BLS)
web
site
(
http://
stats.
bls.
gov//
news.
release)
as
posted
for
March
1998.

The
base
labor
rates
are
$
26.97
for
technical
personnel,
$
39.95
for
management
personnel,
and
$
16.85
for
clerical
personnel.
The
labor
rates
include
fringe
benefits,
including
paid
leave,

insurance,
etc.
The
labor
rates
are
also
adjusted
by
an
overhead
and
profit
rate
of
167
percent.
Therefore,
the
total
"
loaded"

wage
rates
are
calculated
by
the
following
equation:

base
labor
rate
x
1.67
=
loaded
wage
rate
Given
the
overhead
cost
adjustments,
the
final
total
loaded
wage
rates
are
$
45.04
for
technical
personnel,
$
66.73
for
managerial
personnel,
and
$
28.14
for
clerical
personnel.

For
emission
testing
labor
rates,
a
nominal
labor
rate
of
$
80.00
per
hour
was
used.
This
labor
rate
reflects
the
current
"
loaded"
labor
rate
for
emission
testing
contractors,
as
well
as
the
additional
equipment
costs
needed
to
perform
emission
tests
and
analyze
gas
samples.
It
is
assumed
that
all
facilities
will
contract
a
testing
company
to
provide
sampling
and
analytical
services
for
air
emissions
testing.
14
(
ii)
Estimating
Capital/
Start­
up
Costs.
Capital
costs
associated
with
this
NESHAP
result
from
the
installation
of
continuous
parameter
monitoring
equipment.
For
instance,
when
a
wet
scrubber
is
used
to
meet
the
applicable
emission
limits,

equipment
must
be
installed
to
monitor
the
minimum
pressure
drop
across
the
scrubber,
the
minimum
scrubber
liquor
flow
rate,
and
the
minimum
scrubber
liquor
pH.
Capital
costs
incorporated
into
this
estimate
include
scrubber
monitoring
equipment,
bag
leak
detection
equipment
for
units
with
fabric
filters,
and
opacity
monitors.
EPA
assumes
that
other
monitoring
devices
required
by
this
NESHAP
such
as
monitoring
ESP
voltage
will
already
exist
at
the
facilities
and
therefore,
will
not
be
a
capital
cost
incurred
by
complying
with
this
NESHAP.
The
estimated
total
annualized
capital
and
startup
costs
for
the
affected
units
averaged
over
the
first
3
years
are
$
23,504,067
(
see
Attachment
2,
table
10).

(
iii)
Total
Operation
and
Maintenance
(
O&
M)
and
Purchase
of
Service
Costs.
Costs
associated
with
O&
M
and
purchase
of
service
costs
include
the
annual
operation
and
maintenance
costs
associated
with
the
continuous
parameter
monitoring
equipment.

The
estimated
total
operation,
maintenance,
and
purchase
of
service
costs
averaged
over
the
first
3
years
are
expected
to
be
negligible
compared
to
the
labor
costs
and
capital
costs
associated
with
the
purchase,
maintenance
and
operation
of
the
control
equipment
and
monitoring
equipment
and
therefore,
is
not
included
in
this
burden
estimate.

(
c)
Estimating
Agency
Burden
and
Cost.

Because
the
information
collection
requirements
were
developed
as
an
incidental
part
of
standards
development,
no
costs
can
be
attributed
to
the
development
of
information
collection
requirements.
Because
reporting
and
recordkeeping
requirements
on
the
part
of
the
respondents
are
required
under
section
112
of
the
CAA,
no
additional
operational
costs
would
be
15
incurred
by
the
Federal
Government.
Examination
of
records
to
be
maintained
by
the
respondents
would
occur
incidentally
as
part
of
the
periodic
inspection
of
sources
that
is
part
of
EPA's
overall
compliance
and
enforcement
program
and,
therefore,
could
not
be
attributable
to
the
ICR.
The
only
costs
that
the
Federal
Government
would
incur
are:
reading
the
rule;
on­
site
observation
of
the
initial
stack
tests
(
assume
EPA
personnel
attend
20
percent
of
the
initial
tests);
enforcement
activities;
costs
associated
with
the
analysis
of
the
reported
information;
and
the
preparation
of
an
annual
report
summarizing
the
compliance
status
of
all
the
affected
facilities
.
These
are
presented
in
tables
11­
13.

Labor
rates
for
the
Federal
employees
are
based
on
the
estimated
hourly
rates
of
$
39.62
for
technical
personnel
(
GS­
12,

Step
5),
$
57.92
for
management
personnel
(
GS­
15,
Step
5),
and
$
29.63
for
clerical
personnel
(
GS­
7,
Step
5).
These
values
include
a
1.67
multiplier
to
account
for
overhead
and
fringe
benefit
costs.

(
d)
Estimating
the
Respondent
Universe
and
Total
Burden
Costs.

The
total
number
of
respondents
also
is
referred
to
as
the
respondent
universe.
The
respondent
universe
for
this
ICR
is
based
on
the
EPA's
population
database
of
industrial,
commercial,

and
institutional
boilers
and
process
heaters.
Industry
burden
is
calculated
based
on
58,200
existing
units
in
the
population
database
at
an
average
of
18,500
existing
facilities
as
well
as
the
assumption
that
575
boilers
will
be
constructed
or
reconstructed
each
year.
The
new
source
estimates
are
based
on
applying
DOE
fuel
usage
growth
projections
to
each
of
the
different
fuel
types
used
by
existing
affected
sources.
On
average,
each
facility
is
expected
to
own/
operate
two
boilers
or
process
heaters.
16
Additional
estimates
regarding
the
respondent
universe
are
included
in
the
industry
burden
determination.
The
EPA
estimates
that
575
respondents
(
based
on
number
of
units)
will
conduct
initial
stack
testing
and
other
initial
compliance
activities
during
year
1
and
58,775
respondents
(
based
on
number
of
units)

will
also
have
to
undertake
some
initial
reporting
activities
such
as
initial
notifications.
During
year
2,
575
respondents
(
based
on
number
of
units)
will
be
conducting
continuous
compliance
activities
such
as
monitoring
operating
limits
and
recording
fuel
usage
and
2,442
respondents
(
based
on
number
of
units)
are
expected
to
conduct
initial
performance
tests
and
other
initial
reporting
activities.
During
year
3,
3,012
respondents
(
based
on
number
of
units)
will
be
conducting
continuous
compliance
activities
and
56,910
respondents
(
based
on
number
of
units)
are
expected
to
conduct
initial
performance
tests
and
other
initial
reporting
activities.
Sources
in
some
subcategories
are
not
required
to
conduct
performance
testing.

These
sources
will
conduct
other
compliance
activities
such
as
reporting
and
recordkeeping
in
years
1,
2,
and
3.

(
e)
Bottom
Line
Burden
Hours
and
Cost
Tables.

(
i)
The
Respondent
Tally.
A
breakdown
for
each
of
the
collection,
reporting,
and
recordkeeping
activities
required
by
the
NESHAP
is
presented
in
tables
1­
9.
The
estimate
of
total
annual
hours
requested
from
the
respondents
was
based
on
the
assumptions
outlined
in
section
6(
d)
of
this
supporting
statement.
The
EPA
estimated
the
respondent
burden
by
totaling
the
hours
for
the
first
3
years
after
the
implementation
of
the
NESHAP
for
technical,
managerial,
and
clerical
staff
at
the
facility,
and
for
the
labor
hours
of
the
contractors
doing
the
emissions
testing.
This
total
was
then
divided
by
three
to
arrive
at
the
average
annualized
burden
(
see
table
10).
A
similar
approach
was
taken
for
estimating
average
annual
labor
17
and
non­
labor
costs.
For
the
first
3
years
after
the
implementation
of
the
NESHAP,
EPA
estimates
that
industry
would
expend
2,700,324
hours
annually
at
a
cost
of
$
141,824,070
per
year
to
meet
the
monitoring,
recordkeeping,
and
reporting
requirements.
Excluding
labor
costs,
the
total
annualized
cost
is
expected
to
be
$
23,504,067(
see
table
10).
The
burden
costs
for
the
respondents
includes
the
cost
of
monitoring
equipment
and
performance
tests
which
are
also
costs
that
were
included
in
the
total
cost
estimated
for
this
rule
such
that
adding
these
burden
estimates
to
the
total
cost
of
the
rule
would
overestimate
the
total
costs
incurred
by
affected
sources.

(
ii)
The
Agency
Tally.
The
bottom
line
agency
burden
hours
and
costs,
presented
in
tables
11­
13,
are
calculated
by
totaling
the
hours
per
year
for
technical,
managerial,
and
clerical
staff,

and
by
totaling
the
cost
column.
Table
14
summarizes
the
agency
burden
for
each
of
the
first
3
years
and
calculates
the
average
annual
burden
by
dividing
the
3
year
total
by
3.
The
estimated
average
annual
burden,
over
the
first
3
years,
for
the
Agency
would
be
346,121
hours
at
a
cost
of
$
14,026,037
(
including
travel
expenses)
per
year.

(
iii)
Variations
in
the
Annual
Bottom
Line.
Because
the
compliance
date
of
this
subpart
is
three
years
from
the
effective
date
for
existing
boilers
and
process
heaters,
much
of
the
respondent
burden
will
occur
in
the
third
year
after
promulgation.
This
burden
will
decrease
in
the
fourth
year
because
all
initial
performance
tests
will
be
complete,
the
operating
limits
will
have
been
set
and
the
initial
reports
completed.

Tables
1­
9
contain
the
burden
estimates
(
total
for
all
respondents)
for
the
first
3
years
after
the
NESHAP
is
promulgated.
The
tables
present
the
variation
in
total
activity
and
respondent
burden
from
year
to
year.
The
total
number
of
respondent
hours
for
years
1,
2,
and
3
are
648,260,
1,338,819,
18
and
6,113,894,
respectively.
In
years
1,2,
and
3,
the
total
costs
are
$
42,421,475,
$
112,787,937,
and
$
340,774,998,

respectively
(
see
Tables
1­
10).

The
total
number
of
agency
hours
for
review
of
reports,

observation
of
tests,
etc.,
also
varies
as
more
units
start­
up
and
as
the
new
and
existing
units
progress
from
initial
reporting
and
testing
to
semiannual
compliance
reporting.
The
total
number
of
agency
hours
for
years
1,
2,
and
3
are
217,304,
281,787,
and
539,272,
respectively.
The
corresponding
agency
costs
for
activities
during
these
years
are
$
8,603,403,
$
11,645,980,
and
$
21,828,728,
respectively
(
see
Tables
11­
14).

(
f)
Reasons
for
Change
in
Burden.

This
is
the
initial
estimation
of
burden
for
this
ICR,

therefore,
this
section
does
not
apply.

(
g)
Burden
Statement.

For
the
industrial,
commercial,
and
institutional
boilers
and
process
heaters
NESHAP,
the
public
reporting
burden
is
estimated
to
average
from
approximately
30
hours
per
respondent
per
year
for
small,
gaseous
fuel­
fired
units
to
over
200
hours
per
respondent
per
year
for
large,
solid
fuel­
fired
units.
The
low
end
of
this
range
includes
preparing
and
submitting
initial
notifications
and
compliance
reports,
recording
fuel
usage,
and
developing
startup,
shutdown,
and
malfunction
plans
for
those
units
that
do
not
have
any
applicable
emission
limits
only
reporting
and
recordkeeping
requirements.
The
high
end
of
this
range
includes
preparing
and
submitting
initial
notifications,

conducting
performance
tests
and
submitting
a
test
report,

preparing
compliance
reports,
setting
and
recording
operating
parameters,
and
recording
fuel
usage.
These
activities
would
only
occur
for
those
units
in
the
subcategories
for
which
there
are
applicable
emission
limits.
19
The
annual
public
reporting
and
recordkeeping
burden
for
this
collection
of
information
is
estimated
to
average
30
hours
per
response.
Burden
means
the
total
time,
effort,
or
financial
resources
expended
by
persons
to
generate,
maintain,

retain,
or
disclose
or
provide
information
to
or
for
a
Federal
agency.
This
includes
the
time
needed
to
review
instructions;

develop,
acquire,
install,
and
utilize
technology
and
systems
for
the
purposes
of
collecting,
validating,
and
verifying
information,
processing
and
maintaining
information,
and
disclosing
and
providing
information;
adjust
the
existing
ways
to
comply
with
any
previously
applicable
instructions
and
requirements;
train
personnel
to
be
able
to
respond
to
a
collection
of
information;
search
data
sources;
complete
and
review
the
collection
of
information;
and
transmit
or
otherwise
disclose
the
information.
An
agency
may
not
conduct
or
sponsor,

and
a
person
is
not
required
to
respond
to,
a
collection
of
information
unless
it
displays
a
currently
valid
OMB
control
number.
The
OMB
control
numbers
for
EPA's
regulations
are
listed
in
40
CFR
part
9
and
48
CFR
chapter
15.

To
comment
on
the
Agency's
need
for
this
information,
the
accuracy
of
the
provided
burden
estimates,
and
any
suggested
methods
for
minimizing
respondent
burden,
including
the
use
of
automated
collection
techniques,
EPA
has
established
a
public
docket
for
this
ICR
under
Docket
ID
No.
OAR­
2002­
0058,
which
is
available
for
public
viewing
at
the
Air
and
Radiation
Docket
and
Information
Center,
in
the
EPA
Docket
Center
(
EPA/
DC),
EPA
West,

Room
B102,
1301
Constitution
Ave.,
NW,
Washington,
DC.
The
EPA
Docket
Center
Public
Reading
Room
is
open
from
8:
30
a.
m.
to
4:
30
p.
m.,
Monday
through
Friday,
excluding
legal
holidays.
The
telephone
number
for
the
Reading
Room
is
(
202)
566­
1744,
and
the
telephone
number
for
the
Air
Docket
is
(
202)
566­
1742.
An
20
electronic
version
of
the
public
docket
is
available
through
EPA
Dockets
(
EDOCKET)
at
http://
www.
epa.
gov/
edocket.
Use
EDOCKET
to
submit
or
view
public
comments,
access
the
index
listing
of
the
contents
of
the
public
docket,
and
to
access
those
documents
in
the
public
docket
that
are
available
electronically.
Once
in
the
system,
select
"
search,"
then
key
in
the
docket
ID
number
identified
above.
Also,
you
can
send
comments
to
the
Office
of
Information
and
Regulatory
Affairs,
Office
of
Management
and
Budget,
725
17th
Street,
NW,
Washington,
DC
20503,
Attention:

Desk
Office
for
EPA.
Please
include
the
EPA
Docket
ID
No.
(
OAR­

2002­
0058)
in
any
correspondence.
1­
1
ATTACHMENT
1
SOURCE
DATA
AND
INFORMATION
REQUIREMENTS
Requirement
40
CFR
part
63
RECORDKEEPING
5­
year
retention
of
records
63.7560(
b)

Copy
of
each
notification
and
report
as
submitted
and
associated
documentation
63.7555(
a)(
1)

Recordkeeping
relevant
to
start­
up,
shutdown,
and
malfunction
periods
63.6(
e)(
3)(
iii)
through
(
v)
and
63.10(
b)(
2)(
i)
­
(
v)

Records
of
performance
tests
or
other
compliance
demonstrations,
performance
evaluations,
and
opacity
observations
63.10(
b)(
2)(
vii)
through
(
ix)

Records
for
continuous
emissions
monitoring
systems,
continuous
parameter
monitoring
systems,
and
opacity
observations
63.7555(
b)

and
63.10(
b)(
2)(
vi)
and
(
x­
xi)

Records
of
operating
limits
63.7555(
c)
and
(
d)

Records
of
fuel
use
and
hours
of
operation
63.7555(
d)

General
recordkeeping
63.10(
b)(
1)

REPORTING
Initial
notification
for
existing
sources
63.9(
b)

Notification
of
intent
to
construct
63.9(
b)

Notification
of
start
construction
63.9(
b)

Notification
of
anticipated
start­
up
date
63.9(
b)

Notification
of
actual
startup
date
63.9(
b)
Requirement
40
CFR
part
63
1­
2
Notification
of
compliance
status
63.9(
h)(
1)
through
(
6)

Notification
of
performance
test
63.9(
e)

Semi­
annual
compliance
report
63.7550
Start­
up,
shutdown,
and
malfunction
report
63.10(
d)(
5)(
ii)

Site­
specific
compliance
monitoring
plan
63.7505(
c)
ATTACHMENT
2
TABLES
1.
A­
C,
2.
A­
C,
3.
A­
C,
4.
A­
C,
5.
A­
C,
6.
A­
C,
7.
A­
C,
8.
A­
C,
9.
A­
C,
and
10
Tables
1.
A­
C:
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
National
Emission
Standards
for
Hazardous
Air
Pollutants
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
in
the
Large
Solid
Fuel
Subcategory
 
40
CFR
Part
63,
Subpart
DDDDD
­
Years
1,
2,
and
3
Tables
2.
A­
C:
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
National
Emission
Standards
for
Hazardous
Air
Pollutants
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
in
the
Large
Liquid
Fuel
Subcategory­
40
CFR
Part
63,
Subpart
DDDDD
­
Years
1,
2,
and
3
Tables
3.
A­
C:
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
National
Emission
Standards
for
Hazardous
Air
Pollutants
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
in
the
Large
Gaseous
Fuel
Subcategory­
40
CFR
Part
63,
Subpart
DDDDD
­
Years
1,
2,
and
3
Tables
4.
A­
C:
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
National
Emission
Standards
for
Hazardous
Air
Pollutants
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
in
the
Limited
Use
Solid
Fuel
Subcategory­
40
CFR
Part
63,
Subpart
DDDDD
­
Years
1,
2,
and
3
Tables
5.
A­
C:
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
National
Emission
Standards
for
Hazardous
Air
Pollutants
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
in
the
Limited
Use
Liquid
Fuel
Subcategory­
40
CFR
Part
63,
Subpart
DDDDD
­
Years
1,
2,
and
3
Tables
6.
A­
C:
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
National
Emission
Standards
for
Hazardous
Air
Pollutants
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
in
the
Limited
Use
Gaseous
Fuel
Subcategory­
40
CFR
Part
63,
Subpart
DDDDD
­
Years
1,
2,
and
3
Tables
7.
A­
C:
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
National
Emission
Standards
for
Hazardous
Air
Pollutants
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
in
the
Small
Solid
Fuel
Subcategory­
40
CFR
Part
63,
Subpart
DDDDD
­
Years
1,
2,
and
3
Tables
8.
A­
C:
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
National
Emission
Standards
for
Hazardous
Air
Pollutants
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
in
the
Small
Liquid
Fuel
Subcategory­
40
CFR
Part
63,
Subpart
DDDDD
­
Years
1,
2,
and
3
Tables
9.
A­
C:
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
National
Emission
Standards
for
Hazardous
Air
Pollutants
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
in
the
Small
Gaseous
Fuel
Subcategory­
40
CFR
Part
63,
Subpart
DDDDD
­
Years
1,
2,
and
3
Table
10:
Summary
of
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
for
National
Emission
Standards
for
Hazardous
Air
Pollutants
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Years
1
through
3
and
Average
2­
1
Table
1.
A.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
1,
Large
Solid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrence
s
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)
Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
na
2.
Surveys
and
Studies
na
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
40
0
0
1
40
1756
70220
7022
3511
0
3,594,597
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
for
HCl
and
PM
or
metals
­
all
sources)
24
160
0
1
24
30
720
72
36
4800
420,857
0
b
2a.
Initial
Stack
Test
and
report
(
for
mercury
­
all
sources)
­
Units
<
250MMBtu
24
100
0
1
24
23
552
55.2
27.6
2300
212,257
0
b
2b.
Initial
Stack
Test
and
report
(
for
mercury
­
all
sources)
­
Units
>
250MMBtu
24
513
0
1
24
7
168
16.8
8.4
3591
295,880
0
b
3.
Initial
Fuel
Analysis
for
Metals
Content
5
12
0
1
5
2
10
1
0.5
24
2,432
0
c
4.
Initial
Fuel
Analysis
for
Chlorine
Content
5
12
0
1
5
13
65
6.5
3.25
156
15,807
0
d
5.
Initial
Fuel
Analysis
for
Mercury
Content
5
12
0
1
5
13
65
6.5
3.25
156
15,807
0
u
6.
Annual
Stack
Test
and
test
report
(
HCl
and
PM
or
metals)
(
new
sources
only)
­
Units
<
250MMBtu
24
160
0
1
24
0
0
0
0
0
0
0
e
7a.
Annual
Stack
Test
and
test
report
(
mercury)

(
new
sources
only)
­
Units
<
250MMBtu
24
100
0
1
24
0
0
0
0
0
0
0
e
7b.
Annual
Stack
Test
and
test
report
(
mercury)

(
new
sources
only)
­
Units
>
250MMBtu
24
513
0
1
24
0
0
0
0
0
0
0
e
8.
Establish
Operating
Parameters
40
0
0
1
40
30
1200
120
60
0
61,429
0
f
9.
Continuous
Parameter
Monitoring
Establish
Site­
specific
monitoring
plan
(
all)
40
0
0
1
40
15
600
60
30
0
30,714
0
g
Opacity
(
all
srcs
that
don't
have
scrubbers)

a)
initial
10
0
29200
1
10
0
0
0
0
0
0
0
h
b)
annual
10
0
0
1
10
0
0
0
0
0
0
0
h
CO
(
new
srcs
only)

a)
initial
10
0
37800
1
10
30
300
30
15
0
15,357
1,134,000
I
b)
annual
10
0
0
1
10
30
300
30
15
0
15,357
0
I
Control
Device
parameters
(
all
sources
that
have
scrubbers)

a)
initial
10
0
0
1
10
17
170
17
8.5
0
8,702
0
j
b)
annual
10
0
0
1
10
17
170
17
8.5
0
8,702
0
j
Subsequent
Fuel
Analysis
and
Calculations
for
Metals,

Mercury,
or
Chlorine
(
new
only)
8
12
0
1
8
0
0
0
0
0
0
0
e
Bag
Leak
Detection
System
Operation
(
all
sources
that
have
fabric
filters)
10
0
20000
1
10
30
300
30
15
0
15,357
600,000
k
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
(
new
sources
only)
25
0
0
1
25
30
750
75
37.5
0
38,393
0
L
2)
Report
prior
to
initial
start­
up
(
new
sources
only)
10
0
0
1
10
30
300
30
15
0
15,357
0
L
3)
Initial
Notification
that
Source
is
Subject
(
all)
2
0
0
1
2
1756
3511
351.1
175.55
0
179,730
0
m
4)
Notification
of
Initial
Stack
Test
(
all)
8
0
0
1
8
30
240
24
12
0
12,286
0
n
Table
1.
A.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
1,
Large
Solid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrence
s
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)
Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
2­
2
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
all)
see
E.
6
6)
Notification
of
Compliance
Status
40
0
0
1
40
15
600
60
30
0
30,714
0
o
7)
Startup,
Shutdown,
Malfunction
Plan
40
0
0
1
40
15
600
60
30
0
30,714
0
p
8)
Semi­
annual
Compliance
Report
20
0
0
2
40
0
0
0
0
0
0
0
q
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
included
in
8
b)
Emissions/
parameter
exceedances
and
malfunctions
included
in
8
c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
included
in
8
4.
Recordkeeping
Requirements
A.
Read
Instructions
na
B.
Implement
Activities
na
C.
Develop
Record
System
na
D.
Record
Information
1)
Records
of
Operating
Parameter
Values
20
0
0
1
20
30
600
60
30
0
30,714
0
r
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
30
450
45
22.5
0
23,036
0
r
3)
Records
of
Stack
Tests
2
0
0
1
2
30
60
6
3
0
3,071
0
r
4)
Records
of
Daily
Fuel
Use
20
0
0
1
20
30
600
60
30
0
30,714
0
r
5)
Records
of
Monitoring
Device
Calibrations
2
0
0
1
2
30
60
6
3
0
3,071
0
r
6)
Records
of
All
Compliance
Reports
Submitted
2
0
0
1
2
15
30
3
1.5
0
1,536
0
s
E.
Personnel
Training
40
0
0
1
40
15
600
60
30
0
30,714
0
t
F.
Time
for
Audits
na
Totals
83,241
8,324
4,162
11,027
5,143,308
1,734,000
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

b
Only
new
sources
conduct
performance
tests
in
year
1.
Number
of
new
units
based
on
a
%
growth
developed
from
DOE
fuel
use
projections.

c
Number
of
new
units
in
year
1
that
conduct
alternative
metals
analysis.

d
Number
of
new
units
in
year
1
that
do
not
have
scrubbers
and
will
therefore,
do
chlorine
fuel
analysis
to
set
operating
limit
for
HCl.

e
No
subsequent
analysis
occurs
in
year
1.

f
Based
on
number
of
new
units
that
conduct
tests
and
set
operating
limits
in
year
1.

g
Based
on
number
of
new
facilities
that
set
operating
limits
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

h
No
units
have
this
cost
in
year
1
because
all
new
units
are
assumed
to
already
have
opacity
monitors
or
are
not
required
to
have
them
because
they
have
scrubbers.

I
Based
on
number
of
new
units
in
year
1
that
must
monitor
CO
emissions.

j
Based
on
number
of
new
units
in
year
1
that
have
scrubber
controls
and
therefore,
must
monitor
parameters.

k
Based
on
number
of
new
units
in
year
1
because
all
units
will
have
a
FF
control
and
therefore,
are
required
to
have
bag
leak
detection
systems.

L
Based
on
number
of
new
units
in
year
1.

m
Number
of
existing
and
new
facilities
that
submit
an
initial
notification
in
year
1
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

n
Based
on
number
of
new
units
in
year
1
that
will
conduct
stack
tests.

o
Based
on
number
of
new
facilities
in
year
1
that
will
submit
this
report
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

p
Based
on
number
of
new
facilities
in
year
1
(
all
will
have
to
develop
an
SSMP)
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

q
No
semiannual
compliance
reports
are
done
in
year
1.

r
Based
on
number
of
new
units
in
year
1.

s
Based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

t
Based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).
2­
3
u
Number
of
new
units
in
Year
1
that
do
not
have
mercury
controls
and
will,
therefore,
do
mercury
fuel
analysis
to
set
operating
limits
2­
4
Table
1.
B.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
2,
Large
Solid
Fuel
Units
Burden
Item
(
A)
Responden
t
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrenc
e
(
C)
Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrence
s
Per
Responden
t
Per
Year
(
E)
Technical
Hours
per
Responden
t
Per
Year
(
A
X
D)
(
F)
Number
of
Respondent
s
Per
Year
(
G)
Technical
Hours
per
Year
@
$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
L)
Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
na
2.
Surveys
and
Studies
na
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
40
0
0
1
40
15
600
60
30
0
30,714
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
for
HCl
and
PM
or
metals
­
all
sources)
24
160
0
1
24
1,771
42,492
4,249
2,125
283,280
24,837,587
0
b
2a.
Initial
Stack
Test
and
report
(
for
mercury
­
all
sources)
­
Units
<
250MMBtu
24
100
0
1
24
1,368
32,832
3,283
1,642
136,800
12,624,686
0
b
2b.
Initial
Stack
Test
and
report
(
for
mercury
­
all
sources)
­
Units
>
250MMBtu
24
513
0
1
24
403
9,660
966
483
206,483
17,013,100
0
b
3.
Initial
Fuel
Analysis
for
Metals
Content
5
12
0
1
5
68
340
34
17
816
82,685
0
c
4.
Initial
Fuel
Analysis
for
Chlorine
Content
5
12
0
1
5
435
2,173
217
109
5,214
528,331
0
d
5.
Initial
Fuel
Analysis
for
Mercury
Content
5
12
0
1
5
435
2,173
217
109
5,214
528,331
0
v
6.
Annual
Stack
Test
and
test
report
(
HCl
and
PM
or
metals)
(
new
sources
only)
24
160
0
1
24
17
408
41
20
2,720
238,486
0
e
7a.
Annual
Stack
Test
and
test
report
(
mercury)

(
new
sources
only)
­
Units
<
250MMBtu
24
100
0
1
24
16
384
38
19
1,600
147,657
0
e
7b.
Annual
Stack
Test
and
test
report
(
mercury)

(
new
sources
only)
­
Units
>
250MMBtu
24
513
0
1
24
1
24
2
1
513
42,269
0
e
8.
Establish
Operating
Parameters
40
0
0
1
40
1,771
70,820
7,082
3,541
0
3,625,311
0
f
9.
Continuous
Parameter
Monitoring
Establish
Site­
specific
monitoring
plan
(
all)
40
0
0
1
40
885
35,410
3,541
1,771
0
1,812,656
0
g
Opacity
(
all
srcs
that
don't
have
scrubbers)

a)
initial
10
0
29200
1
10
268
2,675
268
134
0
136,935
7,811,000
h
b)
annual
10
0
0
1
10
268
2,675
268
134
0
136,935
0
h
CO
(
new
srcs
only)

a)
initial
10
0
37800
1
10
30
300
30
15
0
15,357
1,134,000
I
b)
annual
10
0
0
1
10
60
600
60
30
0
30,714
0
I
Control
Device
parameters
(
all
sources
that
have
scrubbers)
a)
initial
10
0
0
1
10
1,349
13,490
1,349
675
0
690,560
0
j
b)
annual
10
0
0
1
10
1,366
13,660
1,366
683
0
699,262
0
j
Subsequent
Fuel
Analysis
and
Calculations
for
Metals,
Mercury,
or
Chlorine
(
new
only)
8
12
0
1
8
15
120
12
6
180
20,543
0
k
Bag
Leak
Detection
System
Operation
(
all
sources
that
have
fabric
filters)
10
0
20000
1
0
446
0
0
0
0
0
8,920,000
L
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
(
new
sources
only)
25
0
0
1
25
30
750
75
38
0
38,393
0
m
2)
Report
prior
to
initial
start­
up
(
new
sources
only)
10
0
0
1
10
30
300
30
15
0
15,357
0
m
3)
Initial
Notification
that
Source
is
Subject
(
all)
2
0
0
1
2
15
30
3
2
0
1,536
0
n
4)
Notification
of
Initial
Stack
Test
(
all)
8
0
0
1
8
1,771
14,164
1,416
708
0
725,062
0
o
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
all)
see
E.
6
Table
1.
B.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
2,
Large
Solid
Fuel
Units
Burden
Item
(
A)
Responden
t
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrenc
e
(
C)
Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrence
s
Per
Responden
t
Per
Year
(
E)
Technical
Hours
per
Responden
t
Per
Year
(
A
X
D)
(
F)
Number
of
Respondent
s
Per
Year
(
G)
Technical
Hours
per
Year
@
$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
L)
Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
2­
5
6)
Notification
of
Compliance
Status
40
0
0
1
40
885
35,410
3,541
1,771
0
1,812,656
0
p
7)
Startup,
Shutdown,
Malfunction
Plan
40
0
0
1
40
885
35,410
3,541
1,771
0
1,812,656
0
q
8)
Semi­
annual
Compliance
Report
20
0
0
2
40
15
600
60
30
0
30,714
0
r
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
included
in
8
b)
Emissions/
parameter
exceedances
and
malfunctions
included
in
8
c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
included
in
8
4.
Recordkeeping
Requirements
A.
Read
Instructions
na
B.
Implement
Activities
na
C.
Develop
Record
System
na
D.
Record
Information
1)
Records
of
Operating
Parameter
Values
20
0
0
1
20
1,801
36,010
3,601
1,801
0
1,843,370
0
s
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
1,801
27,008
2,701
1,350
0
1,382,527
0
s
3)
Records
of
Stack
Tests
2
0
0
1
2
1,801
3,601
360
180
0
184,337
0
s
4)
Records
of
Daily
Fuel
Use
20
0
0
1
20
1,801
36,010
3,601
1,801
0
1,843,370
0
s
5)
Records
of
Monitoring
Device
Calibrations
2
0
0
1
2
1,801
3,601
360
180
0
184,337
0
s
6)
Records
of
All
Compliance
Reports
Submitted
2
0
0
1
2
900
1,801
180
90
0
92,168
0
t
E.
Personnel
Training
40
0
0
1
40
900
36,010
3,601
1,801
0
1,843,370
0
u
F.
Time
for
Audits
na
Totals
461,539
46,154
23,077
642,820
75,051,972
17,865,000
a
Number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
Number
of
new
units
in
year
2
plus
half
of
existing
units.

c
Number
of
new
units
in
year
2
that
comply
with
metals
plus
half
of
existing
units
that
comply
with
metals.

d
Number
of
new
units
in
year
2
without
scrubbers
plus
half
of
existing
units
without
scrubbers.

e
Number
of
new
units
from
year
1
that
conduct
an
annual
stack
test
in
year
2.

f
Number
of
new
units
in
year
2
and
half
of
existing
units.

g
Number
of
new
facilities
from
year
2
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

h
Half
of
existing
units
that
do
not
have
scrubbers
and
will
monitor
opacity.

I
Initial
costs
based
on
number
of
new
units
in
year
2
and
annual
costs
include
number
of
new
units
from
year
1
and
year
2.

j
Initial
costs
based
on
number
of
new
units
with
scrubbers
in
year
2
plus
half
of
existing
units
with
scrubbers
in
year
2.
Annual
costs
based
on
number
of
new
units
from
years
1
and
2
with
scrubbers
plus
half
of
existing
units
with
scrubbers.

k
Number
of
new
units
from
year
1
that
set
fuel
input
operating
limits.

L
Number
of
new
units
from
year
2
plus
half
of
existing
units
that
have
fabric
filters.

m
Number
of
new
units
from
year
2.

n
Number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

o
Number
of
new
units
in
year
2
plus
half
of
existing
units
that
will
test
in
year
2.

p
Number
of
new
facilities
in
year
2
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

q
Number
of
new
facilities
in
year
2
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

r
Number
of
new
facilities
from
year
1
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

s
Number
of
new
units
from
years
1
and
2
plus
half
of
existing
units
that
will
begin
keeping
records.

t
Number
of
new
facilities
from
years
1
and
2
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

u
Number
of
new
facilities
from
years
1
and
2
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

v
Number
of
new
units
in
year
2
without
mercury
control
plus
half
of
existing
units
without
mercury
control.
2­
6
Table
1.
C.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
3,
Large
Solid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrence
s
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
na
2.
Surveys
and
Studies
na
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
40
0
0
1
40
15
600
60
30
0
30,714
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
for
HCl
and
PM
or
metals
­
all
sources)
24
160
0
1
24
1,771
42,492
4,249
2,125
283,280
24,837,587
0
b
2a.
Initial
Stack
Test
and
report
(
for
mercury
­
all
sources)
­
Units
<
250MMBtu
24
100
0
1
24
1,368
32,832
3,283
1,642
136,800
12,624,686
0
b
2b.
Initial
Stack
Test
and
report
(
for
mercury
­
all
sources)
­
Units
>
250MMBtu
24
513
0
1
24
403
9,660
966
483
206,483
17,013,100
0
b
3.
Initial
Fuel
Analysis
for
Metals
Content
5
12
0
1
5
68
340
34
17
816
82,685
0
c
4.
Initial
Fuel
Analysis
for
Chlorine
Content
5
12
0
1
5
435
2,173
217
109
5,214
528,331
0
d
5.
Initial
Fuel
Analysis
for
Mercury
Content
5
12
0
1
5
435
2,173
217
109
5,214
528,331
0
v
6.
Annual
Stack
Test
and
test
report
(
HCl
and
PM
or
metals)
(
new
sources
only)
24
160
0
1
24
1,353
32,472
3,247
1,624
216,480
18,980,658
0
e
7a.
Annual
Stack
Test
and
test
report
(
mercury)
(
new
sources
only)
­
Units
<
250MMBtu
24
100
0
1
24
1,166
27,990
2,799
1,400
116,625
10,762,822
0
e
7b.
Annual
Stack
Test
and
test
report
(
mercury)
(
new
sources
only)
­
Units
>
250MMBtu
24
513
0
1
24
187
4,482
448
224
95,803
7,893,656
0
e
8.
Establish
Operating
Parameters
40
0
0
1
40
1,771
70,820
7,082
3,541
0
3,625,311
0
f
9.
Continuous
Parameter
Monitoring
Establish
Site­
specific
monitoring
plan
(
all)
40
0
0
1
40
885
35,410
3,541
1,771
0
1,812,656
0
g
Opacity
(
all
srcs
that
don't
have
scrubbers)

a)
initial
10
0
29200
1
10
268
2,675
268
134
0
136,935
7,811,000
h
b)
annual
10
0
0
1
10
268
2,675
268
134
0
136,935
0
h
CO
(
new
srcs
only)

a)
initial
10
0
37800
1
10
30
300
30
15
0
15,357
1,134,000
I
b)
annual
10
0
0
1
10
90
900
90
45
0
46,071
0
I
Control
Device
parameters
(
all
sources
that
have
scrubbers)

a)
initial
10
0
0
1
10
1,349
13,490
1,349
675
0
690,560
0
j
b)
annual
10
0
0
1
10
1,383
13,830
1,383
692
0
707,965
0
j
Subsequent
Fuel
Analysis
and
Calculations
for
Metals,

Mercury,
or
Chlorine
(
new
only)
8
12
0
1
8
30
240
24
12
360
41,086
0
k
Bag
Leak
Detection
System
Operation
(
all
sources
that
have
fabric
filters)
10
0
20000
1
10
446
4,460
446
223
0
228,310
8,920,000
L
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
(
new
sources
only)
25
0
0
1
25
30
750
75
38
0
38,393
0
m
2)
Report
prior
to
initial
start­
up
(
new
sources
only)
10
0
0
1
10
30
300
30
15
0
15,357
0
m
3)
Initial
Notification
that
Source
is
Subject
(
all)
2
0
0
1
2
15
30
3
2
0
1,536
0
n
4)
Notification
of
Initial
Stack
Test
(
all)
8
0
0
1
8
1,771
14,164
1,416
708
0
725,062
0
o
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
all)
see
E.
6
Table
1.
C.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
3,
Large
Solid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrence
s
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
2­
7
6)
Notification
of
Compliance
Status
40
0
0
1
40
885
35,410
3,541
1,771
0
1,812,656
0
p
7)
Startup,
Shutdown,
Malfunction
Plan
40
0
0
1
40
885
35,410
3,541
1,771
0
1,812,656
0
q
8)
Semi­
annual
Compliance
Report
20
0
0
2
40
900
36,010
3,601
1,801
0
1,843,370
0
r
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
included
in
8
b)
Emissions/
parameter
exceedances
and
malfunctions
included
in
8
c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
included
in
8
4.
Recordkeeping
Requirements
A.
Read
Instructions
na
B.
Implement
Activities
na
C.
Develop
Record
System
na
D.
Record
Information
1)
Records
of
Operating
Parameter
Values
20
0
0
1
20
3,571
71,420
7,142
3,571
0
3,656,026
0
s
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
3,571
53,565
5,357
2,678
0
2,742,019
0
s
3)
Records
of
Stack
Tests
2
0
0
1
2
3,571
7,142
714
357
0
365,603
0
s
4)
Records
of
Daily
Fuel
Use
20
0
0
1
20
3,571
71,420
7,142
3,571
0
3,656,026
0
s
5)
Records
of
Monitoring
Device
Calibrations
2
0
0
1
2
3,571
7,142
714
357
0
365,603
0
s
6)
Records
of
All
Compliance
Reports
Submitted
2
0
0
1
2
1,786
3,571
357
179
0
182,801
0
t
E.
Personnel
Training
40
0
0
1
40
1,786
71,420
7,142
3,571
0
3,656,026
0
u
F.
Time
for
Audits
na
Totals
707,767
70,777
35,388
1,067,074
121,596,887
17,865,000
a
Number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
Number
of
new
units
in
year
3
plus
half
of
existing
units.

c
Number
of
new
units
in
year
3
that
comply
with
metals
plus
half
of
existing
units
that
comply
with
metals.

d
Number
of
new
units
in
year
3
without
scrubbers
plus
half
of
existing
units
without
scrubbers.

e
Number
of
new
units
from
years
1
and
2
and
half
of
existing
units
that
conduct
an
annual
stack
test
in
year
3.

f
Number
of
new
units
in
year
3
plus
half
of
existing
units.

g
Number
of
new
facilities
from
year
3
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

h
Half
of
existing
units
that
do
not
have
scrubbers
and
will
monitor
opacity.

I
Initial
costs
based
on
number
of
new
units
in
year
3
and
annual
costs
include
number
of
new
units
from
years
1,
2,
and
3.

j
Initial
costs
based
on
number
of
new
units
with
scrubbers
in
year
3
plus
half
of
existing
units
with
scrubbers
in
year
3.

Annual
costs
based
on
number
of
new
units
from
years
1,
2,
and
3
with
scrubbers
plus
half
of
existing
units
with
scrubbers.

k
Number
of
new
units
from
years
1
and
2
that
set
fuel
input
operating
limits.

L
Number
of
new
units
from
year
3
plus
half
of
existing
units
that
have
fabric
filters.

m
Number
of
new
units
from
year
3.

n
Number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

o
Number
of
new
units
in
year
3
plus
half
of
existing
units
that
will
test
in
year
3.

p
Number
of
new
facilities
in
year
3
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

q
Number
of
new
facilities
in
year
3
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

r
Number
of
new
facilities
from
years
1
and
2
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

s
Number
of
new
units
from
years
1,
2,
and
3
plus
all
existing
units
that
will
begin
keeping
records.

t
Number
of
new
facilities
from
years
1,
2,
and
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

u
Number
of
new
facilities
from
years
1,
2,
and
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

v
Number
of
new
units
in
year
3
without
mercury
control
plus
half
of
existing
units
without
mercury
control.
2­
8
Table
2.
A.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
1,
Large
Liquid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
1,649
16,490
1,649
825
0
844,131
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
HCl,
PM,
and
CO
­

only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
2.
Annual
Stack
Test
and
test
report
(
HCl,
PM,
and
CO
­
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
3.
Establish
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4.
Continuous
Parameter
Monitoring
(
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
Establish
Site­
specific
monitoring
plan
(
for
new
only)
40
0
0
1
40
7
260
26
13
0
13,310
0
c
Opacity
(
new
only)

a)
initial
*
b
b)
annual
*
b
CO
(
new
only)

a)
initial
10
0
37800
1
10
13
130
13
7
0
6,655
491,400
d
b)
annual
10
0
0
1
10
13
130
13
7
0
6,655
0
d
Control
Device
parameters
(
new
only)

a)
initial
*
b
b)
annual
*
b
C.
Create
Information
D.
Gather
Information
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
13
325
33
16
0
16,637
0
e
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
13
130
13
7
0
6,655
0
e
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
1,649
3,298
330
165
0
168,826
0
f
4)
Report
of
Initial
Stack
Test
(
only
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
6)
Notification
of
Compliance
Status
4
0
0
1
4
7
26
3
1
0
1,331
0
g
7)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
7
98
10
5
0
4,991
0
h
8)
Semi­
annual
Compliance
Report
(
all)
20
0
0
2
40
0
0
0
0
0
0
0
I
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
(
only
for
new
sources
burning
fossil
fuels
other
than
Included
in
(
8)
Table
2.
A.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
1,
Large
Liquid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
2­
9
distillate
oil
or
gases)

b)
Emissions/
parameter
exceedances
and
malfunctions
(
for
new
only)
Included
in
(
8)

c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)

4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
Operating
Parameters
(
for
new
only)
*
b
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
13
195
20
10
0
9,982
0
j
3)
Records
of
Stack
Tests
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4)
Records
of
Daily
Fuel
Use
(
all)
20
0
0
1
20
13
260
26
13
0
13,310
0
j
5)
Records
of
CO
Monitoring
and
Monitoring
Device
Calibrations
(
for
new
sources
monitoring
CO)
7
0
0
1
7
13
91
9
5
0
4,658
0
j
E.
Personnel
Training
40
0
0
1
40
7
260
26
13
0
13,310
0
k
F.
Time
for
Audits
na
Totals
21,693
2,169
1,085
0
1,110,450
491,400
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

b
All
activities
indicated
with
an
(*)
are
those
that
apply
only
to
new
sources
that
burn
liquid
fossil
fuels
other
than
distillate
oil.

Based
on
new
source
growth
projections,
no
new
sources
that
meet
these
criteria
are
expected
to
start­
up
during
the
3
years
after
promulgation.

c
Based
on
number
of
new
facilities
that
set
operating
limits
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

d
Number
of
respondents
based
on
number
of
new
units
in
year
1
(
number
of
units
based
on
DOE
%
growth
projections
for
fuel
types).

e
Number
of
respondents
based
on
number
of
new
units
in
year
1.

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

h
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

I
No
semiannual
compliance
reports
are
submitted
in
year
1.

j
Number
of
respondents
based
on
number
of
new
units
in
year
1.

k
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
units
divided
by
an
average
of
2
units
per
facility).
2­
10
Table
2.
B.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
2,
Large
Liquid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@
$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
7
65
6.5
3.25
0
3,327
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
HCl,
PM,
and
CO
­

only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
2.
Annual
Stack
Test
and
test
report
(
HCl,
PM,
and
CO
­
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
3.
Establish
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4.
Continuous
Parameter
Monitoring
(
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
Establish
Site­
specific
monitoring
plan
(
for
new
only)
40
0
0
1
40
7
260
26
13
0
13,310
0
c
Opacity
a)
initial
*
b
b)
annual
*
b
CO
(
new
only)

a)
initial
10
0
37800
1
10
13
130
13
6.5
0
6,655
491400
d
b)
annual
10
0
0
1
10
26
260
26
13
0
13,310
0
d
Control
Device
parameters
(
new
only)

a)
initial
*
b
b)
annual
*
b
C.
Create
Information
D.
Gather
Information
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
13
325
32.5
16.25
0
16,637
0
e
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
13
130
13
6.5
0
6,655
0
e
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
7
13
1.3
0.65
0
665
0
f
4)
Report
of
Initial
Stack
Test
(
only
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
6)
Notification
of
Compliance
Status
4
0
0
1
4
7
26
2.6
1.3
0
1,331
0
g
7)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
7
97.5
9.75
4.875
0
4,991
0
h
8)
Semi­
annual
Compliance
Report
(
all)
20
0
0
2
40
7
260
26
13
0
13,310
0
I
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)

b)
Emissions/
parameter
exceedances
and
Included
in
(
8)
Table
2.
B.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
2,
Large
Liquid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@
$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
2­
11
malfunctions
(
for
new
only)

c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)

4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
Operating
Parameters
(
for
new
only)
*
b
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
26
390
39
19.5
0
19,964
0
j
3)
Records
of
Stack
Tests
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4)
Records
of
Daily
Fuel
Use
(
all)
20
0
0
1
20
26
520
52
26
0
26,619
0
j
5)
Records
of
CO
Monitoring
and
Monitoring
Device
Calibrations
(
for
new
sources
monitoring
CO)
7
0
0
1
7
26
182
18.2
9.1
0
9,317
0
j
E.
Personnel
Training
40
0
0
1
40
13
520
52
26
0
26,619
0
k
F.
Time
for
Audits
na
Totals
3,179
318
159
0
162,709
491,400
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
All
activities
indicated
with
an
(*)
are
those
that
apply
only
to
new
sources
that
burn
liquid
fossil
fuels
other
than
distillate
oil.

Based
on
new
source
growth
projections,
no
new
sources
that
meet
these
criteria
are
expected
to
start­
up
during
the
3
years
after
promulgation.

c
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

d
Initial
costs
based
on
number
of
new
units
in
year
2
and
annual
costs
include
number
of
new
units
from
year
1
and
year
2.

e
Number
of
respondents
based
on
number
of
new
units
in
year
2.

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
2.

h
Number
of
respondents
based
on
number
of
new
facilities
in
year
2.

I
Semiannual
compliance
reports
are
submitted
in
year
2
for
those
new
sources
from
year
1.

j
Number
of
respondents
based
on
number
of
new
units
in
years
1
and
2.

k
Number
of
respondents
based
on
number
of
new
facilities
from
years
1
and
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).
2­
12
Table
2.
C.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
3,
Large
Liquid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
K)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
7
65
6.5
3.25
0
3,327
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
HCl,
PM,
and
CO
­

only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
2.
Annual
Stack
Test
and
test
report
(
HCl,
PM,
and
CO
­
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
3.
Establish
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4.
Continuous
Parameter
Monitoring
(
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
Establish
Site­
specific
monitoring
plan
(
for
new
only)
40
0
0
1
40
7
260
26
13
0
13,310
0
c
Opacity
(
new
only)

a)
initial
*
b
b)
annual
*
b
CO
(
new
only)

a)
initial
10
0
37800
1
10
13
130
13
6.5
0
6,655
491400
d
b)
annual
10
0
0
1
10
39
390
39
19.5
0
19,964
0
d
Control
Device
parameters
(
new
only)

a)
initial
*
b
b)
annual
*
b
C.
Create
Information
D.
Gather
Information
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
13
325
32.5
16.25
0
16,637
0
e
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
13
130
13
6.5
0
6,655
0
e
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
7
13
1.3
0.65
0
665
0
f
4)
Report
of
Initial
Stack
Test
(
only
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
6)
Notification
of
Compliance
Status
4
0
0
1
4
1,649
6596
659.6
329.8
0
337,653
0
g
7)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
1,649
24735
2473.5
1236.75
0
1,266,197
0
h
8)
Semi­
annual
Compliance
Report
(
all)
20
0
0
2
40
13
520
52
26
0
26,619
0
I
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)
Table
2.
C.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
3,
Large
Liquid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
K)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
2­
13
b)
Emissions/
parameter
exceedances
and
malfunctions
(
for
new
only)
Included
in
(
8)

c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)

4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
Operating
Parameters
(
for
new
only)
*
b
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
3,324
49860
4986
2493
0
2,552,358
0
j
3)
Records
of
Stack
Tests
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4)
Records
of
Daily
Fuel
Use
(
all)
20
0
0
1
20
3,324
66480
6648
3324
0
3,403,144
0
j
5)
Records
of
CO
Monitoring
and
Monitoring
Device
Calibrations
(
for
new
sources
monitoring
CO)
7
0
0
1
7
39
273
27.3
13.65
0
13,975
0
k
E.
Personnel
Training
40
0
0
1
40
1,662
66480
6648
3324
0
3,403,144
0
L
F.
Time
for
Audits
na
Totals
216,257
21,626
10,813
0
11,070,304
491,400
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
All
activities
indicated
with
an
(*)
are
those
that
apply
only
to
new
sources
that
burn
liquid
fossil
fuels
other
than
distillate
oil.

Based
on
new
source
growth
projections,
no
new
sources
that
meet
these
criteria
are
expected
to
start­
up
during
the
3
years
after
promulgation.

c
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

d
Number
of
respondents
for
initial
based
on
number
of
new
units
in
year
3
(
number
of
new
units
based
on
DOE
%
growth
projections
for
fuel
types).

Number
of
respondents
for
annual
burden
based
on
number
of
new
units
in
years
1,
2,
and
3.

e
Number
of
respondents
based
on
number
of
new
units
in
year
3.

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

h
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

I
Semiannual
compliance
reports
are
submitted
in
year
3
for
those
new
sources
from
years
1
and
2.

j
Number
of
respondents
based
on
number
of
new
units
in
years
1,
2,
and
3
plus
all
existing
units.

k
Number
of
respondents
based
on
number
of
new
units
in
years
1,
2,
and
3.

L
Number
of
respondents
based
on
number
of
new
facilities
from
years
1,
2,
and
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).
2­
14
Table
3.
A.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
1,
Large
Gaseous
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Responde
nt
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technic
al
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@
$
28.14
(
G
X
0.1)
(
I)
Managem
ent
Hours
per
Year
@
$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
8,353
83,530
8,353
4,177
0
4,275,942
0
a
B.
Required
Activities
1.
Continuous
Parameter
Monitoring
(
new
only)

­
Establish
Site­
specific
monitoring
plan
40
0
0
1
40
88
3,500
350
175
0
179,167
0
b
­
CO
monitoring
a)
initial
10
0
37800
1
10
175
1,750
175
88
0
0
6,615,000
c
b)
annual
10
0
0
1
10
175
1,750
175
88
0
89,583
0
c
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
na
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
175
4,375
438
219
0
223,958
0
d
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
175
1,750
175
88
0
89,583
0
d
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
8,353
16,706
1,671
835
0
855,188
0
e
4)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
88
1,313
131
66
0
67,188
0
f
5)
Notification
of
Compliance
Status
2
0
0
1
2
88
175
18
9
0
8,958
0
g
6)
Semi­
annual
Compliance
Report
(
all)
2
0
0
1
2
0
0
0
0
0
0
0
h
4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
CO
Monitoring
(
new
only)
5
0
0
1
5
175
875
88
44
0
44,792
0
I
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
175
2,625
263
131
0
134,375
0
j
3)
Records
of
Daily
Fuel
Use
20
0
0
1
20
175
3,500
350
175
0
179,167
0
j
4)
Records
of
Monitoring
Device
Calibrations
(
new
only)
2
0
0
1
2
175
350
35
18
0
17,917
0
j
E.
Personnel
Training
40
0
0
1
40
88
3,500
350
175
0
179,167
0
k
F.
Time
for
Audits
na
Totals
125,699
12,570
6,285
0
6,344,986
6,615,000
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

b
Number
of
respondents
based
on
the
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

c
Initial
and
annual
number
of
respondents
based
on
number
of
new
units
in
year
1.

d
Number
of
respondents
based
on
number
of
new
units
in
year
1
(
number
of
new
units
based
on
DOE
%
growth
projections
for
fuel
types).

e
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

h
Semiannual
compliance
reports
do
not
occur
in
year
1.

I
Number
of
respondents
based
on
number
of
new
units
in
year
1.

j
Number
of
respondents
based
on
number
of
new
units
in
year
1.

k
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).
2­
15
Table
3.
B.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
2,
Large
Gaseous
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)
Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Responde
nt
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technic
al
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@
$
28.14
(
G
X
0.1)
(
I)
Managem
ent
Hours
per
Year
@
$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)
Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
88
875
88
44
0
44,792
0
a
B.
Required
Activities
1.
Continuous
Parameter
Monitoring
(
new
only)

­
Establish
Site­
specific
monitoring
plan
40
0
0
1
40
88
3,500
350
175
0
179,167
0
b
­
CO
Monitoring
a)
initial
10
0
37800
1
10
175
1,750
175
88
0
89,583
6,615,000
c
b)
annual
10
0
0
1
10
350
3,500
350
175
0
179,167
0
c
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
na
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
175
4,375
438
219
0
223,958
0
d
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
175
1,750
175
88
0
89,583
0
d
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
88
175
18
9
0
8,958
0
e
4)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
88
1,313
131
66
0
67,188
0
f
5)
Notification
of
Compliance
Status
2
0
0
1
2
88
175
18
9
0
8,958
0
g
6)
Semi­
annual
Compliance
Report
(
all)
2
0
0
1
2
88
175
18
9
0
8,958
0
h
4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
CO
Monitoring
(
new
only)
5
0
0
1
5
350
1,750
175
88
0
89,583
0
I
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
350
5,250
525
263
0
268,750
0
j
3)
Records
of
Daily
Fuel
Use
20
0
0
1
20
350
7,000
700
350
0
358,334
0
j
4)
Records
of
Monitoring
Device
Calibrations
(
new
only)
2
0
0
1
2
350
700
70
35
0
35,833
0
j
E.
Personnel
Training
40
0
0
1
40
175
7,000
700
350
0
358,334
0
k
F.
Time
for
Audits
na
Totals
39,288
3,929
1,964
0
2,011,147
6,615,000
a
Number
of
respondents
based
on
the
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
Number
of
respondents
based
on
the
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

c
Initial
number
of
respondents
based
on
number
of
new
units
in
year
2.

Annual
number
of
respondents
based
on
number
of
new
units
in
years
1
and
2.

d
Number
of
respondents
for
based
on
number
of
new
units
in
year
2
(
number
of
new
units
based
on
DOE
%
growth
projections
for
fuel
types).

e
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

h
Semiannual
compliance
reports
occur
for
those
new
facilities
from
year
1
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

I
Number
of
respondents
based
on
number
of
new
units
from
years
1
and
2.

j
Number
of
respondents
based
on
number
of
new
units
from
years
1
and
2.

k
Number
of
respondents
based
on
number
of
new
facilities
from
years
1
and
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).
2­
16
Table
3.
C.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
3,
Large
Gaseous
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Responde
nt
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Managem
ent
Hours
per
Year
@
$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
88
875
88
44
0
44,792
0
a
B.
Required
Activities
1.
Continuous
Parameter
Monitoring
(
new
only)

­
Establish
Site­
specific
monitoring
plan
40
0
0
1
40
88
3,500
350
175
0
179,167
0
b
­
CO
Monitoring
a)
initial
10
0
37800
1
10
175
1,750
175
88
0
89,583
6,615,000
c
b)
annual
10
0
0
1
10
525
5,250
525
263
0
268,750
0
c
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
na
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
175
4,375
438
219
0
223,958
0
d
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
175
1,750
175
88
0
89,583
0
d
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
88
175
18
9
0
8,958
0
e
4)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
8,353
125,295
12,530
6,265
0
6,413,914
0
f
5)
Notification
of
Compliance
Status
2
0
0
1
2
8,353
16,706
1,671
835
0
855,188
0
g
6)
Semi­
annual
Compliance
Report
(
all)
2
0
0
1
2
175
350
35
18
0
17,917
0
h
4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
CO
Monitoring
(
new
only)
5
0
0
1
5
525
2,625
263
131
0
134,375
0
I
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
17,056
255,840
25,584
12,792
0
13,096,578
0
j
3)
Records
of
Daily
Fuel
Use
20
0
0
1
20
17,056
341,120
34,112
17,056
0
17,462,103
0
j
4)
Records
of
Monitoring
Device
Calibrations
(
new
only)
2
0
0
1
2
525
1,050
105
53
0
53,750
0
k
E.
Personnel
Training
40
0
0
1
40
8,528
341,120
34,112
17,056
0
17,462,103
0
L
F.
Time
for
Audits
na
Totals
1,101,781
110,178
55,089
0
56,400,720
6,615,000
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

c
Initial
number
of
respondents
based
on
number
of
new
units
in
year
3.

Annual
number
of
respondents
based
on
number
of
new
units
from
years
1,
2,
and
3.

d
Number
of
respondents
based
on
number
of
new
units
in
year
3
(
number
of
new
units
based
on
DOE
%
growth
projections
for
fuel
types).

e
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

h
Semiannual
compliance
reports
occur
for
those
new
facilities
from
years
1
and
2
(
new
units
divided
by
an
average
of
2
units
per
facility).

I
Number
of
respondents
based
on
number
of
new
units
from
years
1,
2,
and
3.

j
Number
of
respondents
based
on
number
of
new
units
in
years
1,
2,
and
3
plus
all
existing
units.

k
Number
of
respondents
based
on
number
of
new
facilities
from
years
1,
2,
and
3
(
new
units
divided
by
an
average
of
2
units
per
facility).

L
Number
of
respondents
based
on
the
number
of
new
facilities
from
years
1,
2,
and
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).
2­
17
Table
4.
A.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
1,
Limited
Use
Solid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrence
s
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Responden
t
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
na
2.
Surveys
and
Studies
na
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
40
0
0
1
40
126
5020
502
251
0
256,976
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
PM
or
metals
­
for
all
sources,
HCl
for
new
sources
only)
24
160
0
1
24
2
48
4.8
2.4
3840
309,657
0
b
2a.
Initial
Stack
Test
and
report
for
mercury
(
new
sources
<
250MMBtu)
24
100
0
1
24
1
24
2.4
1.2
2400
193,229
0
b
2b.
Initial
Stack
Test
and
report
for
mercury
(
new
sources
>
250MMBtu)
24
513
0
1
24
1
24
2.4
1.2
12312
986,189
0
b
3.
Initial
Fuel
Analysis
for
Metals
Content
5
12
0
1
5
0
0
0
0
60
4,800
0
c
4.
Initial
Fuel
Analysis
for
Chlorine
Content
(
new)
5
12
0
1
5
1
5
0.5
0.25
60
5,056
0
d
5.
Initial
Fuel
Analysis
for
Mercury
Content
(
new)
5
12
0
1
5
1
5
0.5
0.25
60
5,056
0
u
6.
Annual
Stack
Test
and
test
report
(
HCl
and
PM
or
metals)
(
new
sources
only)
24
160
0
1
24
0
0
0
0
3840
307,200
0
e
7a.
Annual
Stack
Test
and
test
report
for
mercury
(
new
sources
<
250MMBtu
only)
24
100
0
1
24
0
0
0
0
2400
192,000
0
e
7b.
Annual
Stack
Test
and
test
report
for
mercury
(
new
sources
>
250MMBtu
only
)
24
513
0
1
24
0
0
0
0
12312
984,960
0
e
8.
Establish
Operating
Parameters
40
0
0
1
40
2
80
8
4
0
4,095
0
f
9.
Continuous
Parameter
Monitoring
Establish
Site­
specific
monitoring
plan
(
all)
40
0
0
1
40
1
40
4
2
0
2,048
0
g
Opacity
(
all
srcs
that
don't
have
scrubbers)

a)
initial
10
0
29200
1
10
1
10
1
0.5
0
512
29,200
h
b)
annual
10
0
0
1
10
1
10
1
0.5
0
512
0
h
CO
(
new
srcs
only)

a)
initial
10
0
37800
1
10
2
20
2
1
0
1,024
75,600
I
b)
annual
10
0
0
1
10
2
20
2
1
0
1,024
0
I
Control
Device
parameters
(
all
sources
that
have
scrubbers)

a)
initial
10
0
0
1
10
1
10
1
0.5
0
512
0
j
b)
annual
10
0
0
1
10
1
10
1
0.5
0
512
0
j
Subsequent
Fuel
Analysis
and
Calculations
for
Metals,
Mercury,
or
Chlorine
(
new
only)
8
12
0
1
8
0
0
0
0
96
7,680
0
e
Bag
Leak
Detection
System
Operation
(
all
sources
that
have
fabric
filters)
10
0
20000
1
10
2
20
2
1
0
1,024
40,000
k
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
(
new
sources
only)
25
0
0
1
25
2
50
5
2.5
0
2,560
0
L
2)
Report
prior
to
initial
start­
up
(
new
sources
only)
10
0
0
1
10
2
20
2
1
0
1,024
0
L
3)
Initial
Notification
that
Source
is
Subject
(
all)
2
0
0
1
2
126
251
25.1
12.55
0
12,849
0
m
4)
Notification
of
Initial
Stack
Test
(
all)
8
0
0
1
8
2
16
1.6
0.8
0
819
0
n
Table
4.
A.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
1,
Limited
Use
Solid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrence
s
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Responden
t
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
2­
18
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
all)
see
E.
6
6)
Notification
of
Compliance
Status
40
0
0
1
40
1
40
4
2
0
2,048
0
o
7)
Startup,
Shutdown,
Malfunction
Plan
40
0
0
1
40
1
40
4
2
0
2,048
0
p
8)
Semi­
annual
Compliance
Report
20
0
0
2
40
0
0
0
0
0
0
0
q
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
included
in
8
b)
Emissions/
parameter
exceedances
and
malfunctions
included
in
8
c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
included
in
8
4.
Recordkeeping
Requirements
A.
Read
Instructions
na
B.
Implement
Activities
na
C.
Develop
Record
System
na
D.
Record
Information
1)
Records
of
Operating
Parameter
Values
20
0
0
1
20
2
40
4
2
0
2,048
0
r
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
2
30
3
1.5
0
1,536
0
r
3)
Records
of
Stack
Tests
2
0
0
1
2
2
4
0.4
0.2
0
205
0
r
4)
Records
of
Daily
Fuel
Use
20
0
0
1
20
2
40
4
2
0
2,048
0
r
5)
Records
of
Monitoring
Device
Calibrations
2
0
0
1
2
2
4
0.4
0.2
0
205
0
r
6)
Records
of
All
Compliance
Reports
Submitted
2
0
0
1
2
1
2
0.2
0.1
0
102
0
s
E.
Personnel
Training
40
0
0
1
40
1
40
4
2
0
2,048
0
t
F.
Time
for
Audits
na
Totals
5,923
592
296
37,380
3,293,601
144,800
a
Number
of
respondents
based
on
the
number
of
new
facilities
in
year
1
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

b
Only
new
sources
conduct
performance
tests
in
year
1.
Number
of
new
units
based
on
a
%
growth
developed
from
DOE
fuel
use
projections.

c
Number
of
new
units
in
year
1
that
conduct
alternative
metals
analysis.

d
Number
of
new
units
in
year
1
that
do
not
have
scrubbers
and
will
therefore,
do
chlorine
fuel
analysis
to
set
operating
limit
for
HCl.

e
No
subsequent
analysis
occurs
in
year
1.

f
Based
on
number
of
new
units
that
conduct
tests
and
set
operating
limits
in
year
1.

g
Based
on
number
of
new
facilities
that
set
operating
limits
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

h
One
new
unit
is
assumed
to
have
to
install
an
opacity
monitor.

I
Based
on
number
of
new
units
in
year
1
that
must
monitor
CO
emissions.

j
Based
on
number
of
new
units
in
year
1
that
have
scrubber
controls
and
therefore,
must
monitor
parameters.

k
Based
on
number
of
new
units
in
year
1
because
all
units
will
have
a
FF
control
and
therefore,
are
required
to
have
bag
leak
detection
systems.

L
Based
on
number
of
new
units
in
year
1.

m
Number
of
new
and
existing
facilities
that
submit
an
initial
notification
in
year
1
(
number
of
units
divided
by
an
average
of
two
units
per
facility).

n
Based
on
number
of
new
units
in
year
1
that
will
conduct
stack
tests.

o
Based
on
number
of
new
facilities
in
year
1
that
will
submit
this
report
(
number
of
new
units
divided
by
an
average
of
2
units
per
facilty).

p
Based
on
number
of
new
facilities
in
year
1
(
all
will
have
to
develop
an
SSMP)
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

q
No
semiannual
compliance
reports
are
done
in
year
1.

r
Based
on
number
of
new
units
in
year
1.

s
Based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

t
Based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

u
Number
of
new
units
in
year
1
that
do
not
have
mercury
control
and
will
therefore,
do
fuel
analysis
to
set
operating
limit
for
mercury.
2­
19
Table
4.
B.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
2,
Limited
Use
Solid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrence
s
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Responde
nt
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)
Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
na
2.
Surveys
and
Studies
na
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
40
0
0
1
40
1
40
4
2
0
2,048
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
PM
or
metals
­
for
all
sources,
HCl
for
new
sources
only)
24
80
0
1
24
127
3,036
304
152
10,120
965,014
0
b
2a.
Initial
Stack
Test
and
report
for
mercury
(
new
sources
<
250MMBtu
only)
24
100
0
1
24
1
24
2
1
100
9,229
0
2b.
Initial
Stack
Test
and
report
for
mercury
(
new
sources
>
250MMBtu
only)
24
513
0
1
24
1
24
2
1
513
42,269
0
3.
Initial
Fuel
Analysis
for
Metals
Content
5
12
0
1
5
0
0
0
0
0
0
0
c
4.
Initial
Fuel
Analysis
for
Chlorine
Content
(
new)
5
12
0
1
5
1
5
1
0
12
1,216
0
d
5.
Initial
Fuel
Analysis
for
Mercury
Content
(
new)
5
12
0
1
5
1
5
1
0
12
1,216
0
v
6.
Annual
Stack
Test
and
test
report
(
HCl
and
PM
or
metals)
(
new
sources
only)
24
80
0
1
24
1
24
2
1
80
7,629
0
e
7a.
Annual
Stack
Test
and
test
report
for
mercury
(
new
sources
<
250MMBtu
only)
24
100
0
1
24
1
24
2
1
100
9,229
0
e
7b.
Annual
Stack
Test
and
test
report
for
mercury
(
new
sources
>
250MMBtu
only)
24
513
0
1
24
0
0
0
0
0
0
0
e
8.
Establish
Operating
Parameters
40
0
0
1
40
127
5,060
506
253
0
259,024
0
f
9.
Continuous
Parameter
Monitoring
Establish
Site­
specific
monitoring
plan
(
all)
40
0
0
1
40
63
2,530
253
127
0
129,512
0
g
Opacity
(
all
srcs
that
don't
have
scrubbers)

a)
initial
10
0
29200
1
10
102
1,015
102
51
0
51,958
2,963,800
h
b)
annual
10
0
0
1
10
103
1,025
103
51
0
52,470
0
h
CO
(
new
srcs
only)

a)
initial
10
0
37800
1
10
2
20
2
1
0
1,024
75,600
I
b)
annual
10
0
0
1
10
4
40
4
2
0
2,048
0
I
Control
Device
parameters
(
all
sources
that
have
scrubbers)

a)
initial
10
0
0
1
10
6
60
6
3
0
3,071
0
j
b)
annual
10
0
0
1
10
7
70
7
4
0
3,583
0
j
Subsequent
Fuel
Analysis
and
Calculations
for
Metals,
Mercury,
or
Chlorine
(
new
only)
8
12
0
1
8
1
8
1
0
12
1,370
0
k
Bag
Leak
Detection
System
Operation
(
all
sources
that
have
fabric
filters)
10
0
20000
1
0
15
0
0
0
0
0
290,000
L
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
(
new
sources
only)
25
0
0
1
25
2
50
5
3
0
2,560
0
m
2)
Report
prior
to
initial
start­
up
(
new
sources
only)
10
0
0
1
10
2
20
2
1
0
1,024
0
m
3)
Initial
Notification
that
Source
is
Subject
(
all)
2
0
0
1
2
1
2
0
0
0
102
0
n
4)
Notification
of
Initial
Stack
Test
(
all)
8
0
0
1
8
127
1,012
101
51
0
51,805
0
o
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
all)
see
E.
6
6)
Notification
of
Compliance
Status
40
0
0
1
40
63
2,530
253
127
0
129,512
0
p
Table
4.
B.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
2,
Limited
Use
Solid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrence
s
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Responde
nt
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)
Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
2­
20
7)
Startup,
Shutdown,
Malfunction
Plan
40
0
0
1
40
63
2,530
253
127
0
129,512
0
q
8)
Semi­
annual
Compliance
Report
20
0
0
2
40
1
40
4
2
0
2,048
0
r
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
included
in
8
b)
Emissions/
parameter
exceedances
and
malfunctions
included
in
8
c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
included
in
8
4.
Recordkeeping
Requirements
A.
Read
Instructions
na
B.
Implement
Activities
na
C.
Develop
Record
System
na
D.
Record
Information
1)
Records
of
Operating
Parameter
Values
20
0
0
1
20
129
2,570
257
129
0
131,560
0
s
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
129
1,928
193
96
0
98,670
0
s
3)
Records
of
Stack
Tests
2
0
0
1
2
129
257
26
13
0
13,156
0
s
4)
Records
of
Daily
Fuel
Use
20
0
0
1
20
129
2,570
257
129
0
131,560
0
s
5)
Records
of
Monitoring
Device
Calibrations
2
0
0
1
2
129
257
26
13
0
13,156
0
s
6)
Records
of
All
Compliance
Reports
Submitted
2
0
0
1
2
64
129
13
6
0
6,578
0
t
E.
Personnel
Training
40
0
0
1
40
64
2,570
257
129
0
131,560
0
u
F.
Time
for
Audits
na
Totals
29,474
2,947
1,474
10,949
2,384,709
3,329,400
a
Number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
Number
of
new
units
in
year
2
plus
half
of
existing
units.

c
Number
of
new
units
in
year
2
that
comply
with
metals
plus
half
of
existing
units
that
comply
with
metals.

d
Number
of
new
units
in
year
2
without
scrubbers.

e
Number
of
new
units
from
year
1
that
conduct
an
annual
stack
test
in
year
2.

f
Number
of
new
units
in
year
2
plus
half
of
existing
units.

g
Number
of
new
facilities
from
year
2
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

h
Initial
­
half
of
existing
units
that
do
not
have
scrubbers
and
will
monitor
opacity
plus
one
new
unit
in
year
2.
Annual
­
half
of
existing
units
that
do
not
have
scrubbers
and
will
monitor
opacity
plus
one
new
unit
from
year
1
and
one
new
unit
from
year
2.

I
Initial
costs
based
on
number
of
new
units
in
year
2
and
annual
costs
include
number
of
new
units
from
year
1
and
year
2.

j
Initial
costs
based
on
number
of
new
units
with
scrubbers
in
year
2
plus
half
of
existing
units
with
scrubbers
in
year
2.
Annual
costs
based
on
number
of
new
units
from
years
1
and
2
with
scrubbers
plus
half
of
existing
units
with
scrubbers.

k
Number
of
new
units
from
year
1
that
set
fuel
input
operating
limits.

L
Number
of
new
units
from
year
2
plus
half
of
existing
units
that
have
fabric
filters.

m
Number
of
new
units
from
year
2.

n
Number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

o
Number
of
new
units
in
year
2
plus
half
of
existing
units
that
will
test
in
year
2.

p
Number
of
new
facilities
in
year
2
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

q
Number
of
new
facilities
in
year
2
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

r
Number
of
new
facilities
from
year
1.

s
Number
of
new
units
from
years
1
and
2
plus
half
of
existing
units
that
will
begin
keeping
records.

t
Number
of
new
facilities
from
years
1
and
2
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

u
Number
of
new
facilities
from
years
1
and
2
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

v
Number
of
new
units
in
year
2
without
mercury
control.
2­
21
Table
4.
C.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
3,
Limited
Use
Solid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrence
s
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
CxDxF)
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
Footnotes
1.
Applications
na
2.
Surveys
and
Studies
na
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
40
0
0
1
40
1
40
4
2
0
2,048
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
PM
or
metals
­
for
all
sources,
HCl
for
new
sources
only)
24
80
0
1
24
127
3,036
304
152
10,120
965,014
0
b
2a.
Initial
Stack
Test
and
report
for
mercury
(
new
sources
<
250MMBtu
only)
24
100
0
1
24
1
24
2
1
100
9,229
0
2b.
Initial
Stack
Test
and
report
for
mercury
(
new
sources
>
250MMBtu
only)
24
513
0
1
24
1
24
2
1
513
42,269
0
3.
Initial
Fuel
Analysis
for
Metals
Content
5
12
0
1
5
0
0
0
0
0
0
0
c
4.
Initial
Fuel
Analysis
for
Chlorine
Content
(
new)
5
12
0
1
5
1
5
1
0
12
1,216
0
d
5.
Initial
Fuel
Analysis
for
Mercury
Content
(
new)
5
12
0
1
5
1
5
1
0
12
1,216
0
u
6.
Annual
Stack
Test
and
test
report
(
HCl
and
PM
or
metals)
(
new
sources
only)
24
80
0
1
24
129
3,084
308
154
10,280
980,272
0
e
7a.
Annual
Stack
Test
and
test
report
for
mercury
(
new
sources
<
250MMBtu
only)
24
100
0
1
24
2
48
5
2
200
18,457
0
7b.
Annual
Stack
Test
and
test
report
for
mercury
(
new
sources
>
250MMBtu
only)
24
513
0
1
24
0
0
0
0
0
0
0
8.
Establish
Operating
Parameters
40
0
0
1
40
127
5,060
506
253
0
259,024
0
f
9.
Continuous
Parameter
Monitoring
Establish
Site­
specific
monitoring
plan
(
all)
40
0
0
1
40
63
2,530
253
127
0
129,512
0
g
Opacity
(
all
srcs
that
don't
have
scrubbers)

a)
initial
10
0
29200
1
10
102
1,015
102
51
0
51,958
2,963,800
h
b)
annual
10
0
0
1
10
104
1,035
104
52
0
52,982
0
h
CO
(
new
srcs
only)

a)
initial
10
0
37800
1
10
2
20
2
1
0
1,024
75,600
I
b)
annual
10
0
0
1
10
6
60
6
3
0
3,071
0
I
Control
Device
parameters
(
all
sources
that
have
scrubbers)

a)
initial
10
0
0
1
10
1
10
1
1
0
512
0
j
b)
annual
10
0
0
1
10
3
30
3
2
0
1,536
0
j
Subsequent
Fuel
Analysis
and
Calculations
for
Metals,
Mercury,
or
Chlorine
(
new
only)
8
12
0
1
8
2
16
2
1
24
2,739
0
k
Bag
Leak
Detection
System
Operation
(
all
sources
that
have
fabric
filters)
10
0
20000
1
10
15
145
15
7
0
7,423
290,000
L
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
(
new
sources
only)
25
0
0
1
25
2
50
5
3
0
2,560
0
m
2)
Report
prior
to
initial
start­
up
(
new
sources
only)
10
0
0
1
10
2
20
2
1
0
1,024
0
m
3)
Initial
Notification
that
Source
is
Subject
(
all)
2
0
0
1
2
1
2
0
0
0
102
0
n
4)
Notification
of
Initial
Stack
Test
(
all)
8
0
0
1
8
127
1,012
101
51
0
51,805
0
o
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
all)
see
E.
6
6)
Notification
of
Compliance
Status
40
0
0
1
40
63
2,530
253
127
0
129,512
0
p
Table
4.
C.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
3,
Limited
Use
Solid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrence
s
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
CxDxF)
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
Footnotes
2­
22
7)
Startup,
Shutdown,
Malfunction
Plan
40
0
0
1
40
63
2,530
253
127
0
129,512
0
q
8)
Semi­
annual
Compliance
Report
20
0
0
2
40
64
2,570
257
129
0
131,560
0
r
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
included
in
8
b)
Emissions/
parameter
exceedances
and
malfunctions
included
in
8
c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
included
in
8
4.
Recordkeeping
Requirements
A.
Read
Instructions
na
B.
Implement
Activities
na
C.
Develop
Record
System
na
D.
Record
Information
1)
Records
of
Operating
Parameter
Values
20
0
0
1
20
255
5,100
510
255
0
261,072
0
s
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
255
3,825
383
191
0
195,804
0
s
3)
Records
of
Stack
Tests
2
0
0
1
2
255
510
51
26
0
26,107
0
s
4)
Records
of
Daily
Fuel
Use
20
0
0
1
20
255
5,100
510
255
0
261,072
0
s
5)
Records
of
Monitoring
Device
Calibrations
2
0
0
1
2
255
510
51
26
0
26,107
0
s
6)
Records
of
All
Compliance
Reports
Submitted
2
0
0
1
2
128
255
26
13
0
13,054
0
t
E.
Personnel
Training
40
0
0
1
40
128
5,100
510
255
0
261,072
0
t
F.
Time
for
Audits
na
Totals
45,301
4,530
2,265
21,261
4,019,861
3,329,400
a
Number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
Number
of
new
units
in
year
3
plus
half
of
existing
units.

c
Number
of
new
units
in
year
3
that
comply
with
metals
plus
half
of
existing
units
that
comply
with
metals.

d
Number
of
new
units
in
year
3
without
scrubbers.

e
Number
of
new
units
from
years
1
and
2
and
half
of
existing
units
that
conduct
an
annual
stack
test
in
year
3.

f
Number
of
new
units
in
year
3
plus
half
of
existing
units.

g
Number
of
new
facilities
from
year
3
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

h
Initial
­
half
of
existing
units
that
do
not
have
scrubbers
and
will
monitor
opacity
plus
one
new
unit
in
year
3.
Annual
­
half
of
existing
units
that
do
not
have
scrubbers
and
will
monitor
opacity
plus
one
new
unit
from
each
of
the
years
1,
2,
and
3.

I
Initial
costs
based
on
number
of
new
units
in
year
3
and
annual
costs
include
number
of
new
units
from
years
1,
2,
and
3.

j
Initial
costs
based
on
number
of
new
units
with
scrubbers
in
year
3
plus
half
of
existing
units
with
scrubbers
in
year
3.
Annual
costs
based
on
number
of
new
units
from
years
1,
2,
and
3
with
scrubbers
plus
half
of
existing
units
with
scrubbers.

k
Number
of
new
units
from
years
1
and
2
that
set
fuel
input
operating
limits.

L
Number
of
new
units
from
year
3
plus
half
of
existing
units
that
have
fabric
filters.

m
Number
of
new
units
from
year
3.

n
Number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

o
Number
of
new
units
in
year
3
plus
half
of
existing
units
that
will
test
in
year
3.

p
Number
of
new
facilities
in
year
3
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

q
Number
of
new
facilities
in
year
3
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

r
Number
of
new
facilities
from
years
1
and
2
plus
half
of
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

s
Number
of
new
units
from
years
1,
2,
and
3
plus
all
existing
units
that
will
begin
keeping
records.

t
Number
of
new
facilities
from
years
1,
2,
and
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

u
Number
of
new
units
in
year
3
without
mercury
control.
Table
5.
A.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
1,
Limited
Use
Liquid
Fuel
Units
2­
23
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Management
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
637
6,370
637
319
0
326,083
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
HCl,
PM,
and
CO
­
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
2.
Annual
Stack
Test
and
test
report
(
HCl,
PM,

and
CO
­
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
3.
Establish
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4.
Continuous
Parameter
Monitoring
(
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
Establish
Site­
specific
monitoring
plan
(
for
new
only)
40
0
0
1
40
4
140
14
7
0
7,167
0
c
Opacity
(
new
only)

a)
initial
*
b
b)
annual
*
b
CO
(
new
only)

a)
initial
10
0
37800
1
10
7
70
7
4
0
3,583
264,600
d
b)
annual
10
0
0
1
10
7
70
7
4
0
3,583
0
d
Control
Device
parameters
(
new
only)

a)
initial
*
b
b)
annual
*
b
C.
Create
Information
D.
Gather
Information
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
7
175
18
9
0
8,958
0
e
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
7
70
7
4
0
3,583
0
e
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
637
1,274
127
64
0
65,217
0
f
4)
Report
of
Initial
Stack
Test
(
only
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
6)
Notification
of
Compliance
Status
4
0
0
1
4
4
14
1
1
0
717
0
g
7)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
4
53
5
3
0
2,688
0
h
8)
Semi­
annual
Compliance
Report
(
all)
20
0
0
2
40
0
0
0
0
0
0
0
I
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)

b)
Emissions/
parameter
exceedances
and
Included
in
(
8)
Table
5.
A.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
1,
Limited
Use
Liquid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Management
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
2­
24
malfunctions
(
for
new
only)

c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)

4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
Operating
Parameters
(
for
new
only)
*
b
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
7
105
11
5
0
5,375
0
j
3)
Records
of
Stack
Tests
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4)
Records
of
Daily
Fuel
Use
(
all)
20
0
0
1
20
7
140
14
7
0
7,167
0
j
5)
Records
of
Monitoring
Device
Calibrations
(
for
new
sources
monitoring
CO)
2
0
0
1
2
7
14
1
1
0
717
0
j
E.
Personnel
Training
40
0
0
1
40
4
140
14
7
0
7,167
0
k
F.
Time
for
Audits
na
Totals
8,635
863
432
0
442,004
264,600
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
plus
all
of
existing
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

b
All
activities
indicated
with
an
(*)
are
those
that
apply
only
to
new
sources
that
burn
liquid
fossil
fuels
other
than
distillate
oil.

Based
on
new
source
growth
projections,
no
new
sources
that
meet
these
criteria
are
expected
to
start­
up
during
the
3
years
after
promulgation.

c
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

d
Number
of
respondents
based
on
number
of
new
units
in
year
1
(
number
of
units
based
on
DOE
%
growth
projections
for
fuel
types).

e
Number
of
respondents
based
on
number
of
new
units
in
year
1.

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

h
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).
Table
5.
B.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
2,
Limited
Use
Liquid
Fuel
Units
2­
25
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@
$
28.14
(
G
X
0.1)
(
I)
Management
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
4
35
3.5
1.75
0
1,792
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
HCl,
PM,
and
CO
­
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
2.
Annual
Stack
Test
and
test
report
(
HCl,
PM,

and
CO
­
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
3.
Establish
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4.
Continuous
Parameter
Monitoring
(
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
Establish
Site­
specific
monitoring
plan
(
for
new
only)
40
0
0
1
40
4
140
14
7
0
7,167
0
c
Opacity
a)
initial
*
b
b)
annual
*
b
CO
(
new
only)

a)
initial
10
0
37800
1
10
7
70
7
3.5
0
3,583
264600
d
b)
annual
10
0
0
1
10
14
140
14
7
0
7,167
0
d
Control
Device
parameters
(
new
only)

a)
initial
*
b
b)
annual
*
b
C.
Create
Information
D.
Gather
Information
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
7
175
17.5
8.75
0
8,958
0
e
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
7
70
7
3.5
0
3,583
0
e
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
4
7
0.7
0.35
0
358
0
f
4)
Report
of
Initial
Stack
Test
(
only
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
6)
Notification
of
Compliance
Status
4
0
0
1
4
4
14
1.4
0.7
0
717
0
g
7)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
4
52.5
5.25
2.625
0
2,688
0
h
8)
Semi­
annual
Compliance
Report
(
all)
20
0
0
2
40
4
140
14
7
0
7,167
0
I
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)

b)
Emissions/
parameter
exceedances
and
Included
in
(
8)
Table
5.
B.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
2,
Limited
Use
Liquid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@
$
28.14
(
G
X
0.1)
(
I)
Management
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
2­
26
malfunctions
(
for
new
only)

c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)

4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
Operating
Parameters
(
for
new
only)
*
b
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
14
210
21
10.5
0
10,750
0
j
3)
Records
of
Stack
Tests
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4)
Records
of
Daily
Fuel
Use
(
all)
20
0
0
1
20
14
280
28
14
0
14,333
0
j
5)
Records
of
Monitoring
Device
Calibrations
(
for
new
sources
monitoring
CO)
2
0
0
1
2
14
28
2.8
1.4
0
1,433
0
j
E.
Personnel
Training
40
0
0
1
40
7
280
28
14
0
14,333
0
k
F.
Time
for
Audits
na
Totals
1,642
164
82
0
84,029
264,600
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
All
activities
indicated
with
an
(*)
are
those
that
apply
only
to
new
sources
that
burn
liquid
fossil
fuels
other
than
distillate
oil.

Based
on
new
source
growth
projections,
no
new
sources
that
meet
these
criteria
are
expected
to
start­
up
during
the
3
years
after
promulgation.

c
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

d
Initial
costs
based
on
number
of
new
units
in
year
2
and
annual
costs
include
number
of
new
units
from
year
1
and
year
2.

e
Number
of
respondents
based
on
number
of
new
units
in
year
2
(
number
of
new
units
based
on
DOE
%
growth
projections
for
fuel
types).

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

h
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

I
Semiannual
compliance
reports
are
submitted
in
year
2
for
those
new
facilities
from
year
1.

j
Number
of
respondents
based
on
number
of
new
units
in
years
1
and
2.

k
Number
of
respondents
based
on
number
of
new
facilities
from
years
1
and
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).
Table
5.
C.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
3,
Limited
Use
Liquid
Fuel
Units
2­
27
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Management
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
I)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
J)

Total
Labor
Costs
Per
Year
(
K)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
4
35
3.5
1.75
0
1,792
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
HCl,
PM,
and
CO
­
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
2.
Annual
Stack
Test
and
test
report
(
HCl,
PM,

and
CO
­
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
3.
Establish
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4.
Continuous
Parameter
Monitoring
(
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
Establish
Site­
specific
monitoring
plan
(
for
new
only)
40
0
0
1
40
4
140
14
7
0
7,167
0
c
Opacity
(
new
only)

a)
initial
*
b
b)
annual
*
b
CO
(
new
only)

a)
initial
10
0
37800
1
10
7
70
7
3.5
0
3,583
264600
d
b)
annual
10
0
0
1
10
21
210
21
10.5
0
10,750
0
d
Control
Device
parameters
(
new
only)

a)
initial
*
b
b)
annual
*
b
C.
Create
Information
D.
Gather
Information
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
7
175
17.5
8.75
0
8,958
0
e
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
7
70
7
3.5
0
3,583
0
e
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
4
7
0.7
0.35
0
358
0
f
4)
Report
of
Initial
Stack
Test
(
only
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
6)
Notification
of
Compliance
Status
4
0
0
1
4
637
2548
254.8
127.4
0
130,433
0
g
7)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
637
9555
955.5
477.75
0
489,125
0
h
8)
Semi­
annual
Compliance
Report
(
all)
20
0
0
2
40
7
280
28
14
0
14,333
0
I
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)

b)
Emissions/
parameter
exceedances
and
Included
in
(
8)
Table
5.
C.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
3,
Limited
Use
Liquid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Management
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
I)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
J)

Total
Labor
Costs
Per
Year
(
K)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
2­
28
malfunctions
(
for
new
only)

c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)

4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
Operating
Parameters
(
for
new
only)
*
b
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
1288
19320
1932
966
0
989,000
0
j
3)
Records
of
Stack
Tests
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4)
Records
of
Daily
Fuel
Use
(
all)
20
0
0
1
20
1288
25760
2576
1288
0
1,318,667
0
j
5)
Records
of
Monitoring
Device
Calibrations
(
for
new
sources
monitoring
CO)
2
0
0
1
2
21
42
4.2
2.1
0
2,150
0
k
E.
Personnel
Training
40
0
0
1
40
644
25760
2576
1288
0
1,318,667
0
L
F.
Time
for
Audits
na
Totals
83,972
8,397
4,199
0
4,298,569
264,600
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
All
activities
indicated
with
an
(*)
are
those
that
apply
only
to
new
sources
that
burn
liquid
fossil
fuels
other
than
distillate
oil.

Based
on
new
source
growth
projections,
no
new
sources
that
meet
these
criteria
are
expected
to
start­
up
during
the
3
years
after
promulgation.

c
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

d
Number
of
initial
respondents
based
on
number
of
new
units
in
year
3,
annual
respondents
based
on
number
of
new
units
from
years
1,
2,
and
3.

e
Number
of
respondents
based
on
number
of
new
units
in
year
3
(
number
of
new
units
based
on
DOE
%
growth
projections
for
fuel
types).

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
plus
all
existing
facilities.

h
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
plus
all
existing
facilities.

I
Semiannual
compliance
reports
are
submitted
in
year
3
for
those
new
facilities
from
years
1
and
2.

j
Number
of
respondents
based
on
number
of
new
units
in
years
1,
2,
and
3
plus
all
existing
units.

k
Number
of
respondents
based
on
number
of
new
units
from
years
1,
2,
and
3.

L
Number
of
respondents
based
on
number
of
new
facilities
from
years
1,
2,
and
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).
2­
29
Table
6.
A.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
1,
Limited
Use
Gaseous
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Management
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
1,485
14,850
1,485
743
0
760,179
0
a
B.
Required
Activities
1.
Continuous
Parameter
Monitoring
(
new
only)

­
Establish
Site­
specific
monitoring
plan
40
0
0
1
40
16
640
64
32
0
32,762
0
b
­
CO
monitoring
a)
initial
10
0
37800
1
10
32
320
32
16
0
0
1,209,600
c
b)
annual
10
0
0
1
10
32
320
32
16
0
16,381
0
c
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
na
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
32
800
80
40
0
40,952
0
d
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
32
320
32
16
0
16,381
0
d
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
1,485
2,970
297
149
0
152,036
0
e
4)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
16
240
24
12
0
12,286
0
f
5)
Notification
of
Compliance
Status
2
0
0
1
2
16
32
3
2
0
1,638
0
g
6)
Semi­
annual
Compliance
Report
(
all)
2
0
0
1
2
0
0
0
0
0
0
0
h
4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
CO
Monitoring
(
new
only)
5
0
0
1
5
32
160
16
8
0
8,190
0
I
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
32
480
48
24
0
24,571
0
j
3)
Records
of
Daily
Fuel
Use
20
0
0
1
20
32
640
64
32
0
32,762
0
j
4)
Records
of
Monitoring
Device
Calibrations
(
new
only)
2
0
0
1
2
32
64
6
3
0
3,276
0
j
E.
Personnel
Training
40
0
0
1
40
16
640
64
32
0
32,762
0
k
F.
Time
for
Audits
na
Totals
22,476
2,248
1,124
0
1,134,177
1,209,600
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

b
Number
of
respondents
based
on
the
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

c
Initial
and
annual
number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

d
Number
of
respondents
based
on
number
of
new
units
in
year
1
(
number
of
new
units
based
on
DOE
%
growth
projections
for
fuel
types).

e
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

h
Semiannual
compliance
reports
do
not
occur
in
year
1.

I
Number
of
respondents
based
on
number
of
new
units
in
year
1.

j
Number
of
respondents
based
on
number
of
new
units
in
year
1.

k
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).
2­
30
Table
6.
B.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
2,
Limited
Use
Gaseous
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manageme
nt
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
16
160
16
8
0
8,190
0
a
B.
Required
Activities
1.
Continuous
Parameter
Monitoring
(
new
only)

­
Establish
Site­
specific
monitoring
plan
40
0
0
1
40
16
640
64
32
0
32,762
0
b
­
CO
Monitoring
a)
initial
10
0
37800
1
10
32
320
32
16
0
16,381
1,209,600
c
b)
annual
10
0
0
1
10
64
640
64
32
0
32,762
0
c
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
na
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
32
800
80
40
0
40,952
0
d
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
32
320
32
16
0
16,381
0
d
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
16
32
3
2
0
1,638
0
e
4)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
16
240
24
12
0
12,286
0
f
5)
Notification
of
Compliance
Status
2
0
0
1
2
16
32
3
2
0
1,638
0
g
6)
Semi­
annual
Compliance
Report
(
all)
2
0
0
1
2
16
32
3
2
0
1,638
0
h
4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
CO
Monitoring
(
new
only)
5
0
0
1
5
64
320
32
16
0
16,381
0
I
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
64
960
96
48
0
49,143
0
j
3)
Records
of
Daily
Fuel
Use
20
0
0
1
20
64
1,280
128
64
0
65,524
0
j
4)
Records
of
Monitoring
Device
Calibrations
(
new
only)
2
0
0
1
2
64
128
13
6
0
6,552
0
j
E.
Personnel
Training
40
0
0
1
40
32
1,280
128
64
0
65,524
0
k
F.
Time
for
Audits
na
Totals
7,184
718
359
0
367,753
1,209,600
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

c
Initial
number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

Annual
number
of
respondents
based
on
number
of
new
facilities
in
years
1
and
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

d
Number
of
respondents
based
on
number
of
new
units
in
year
2
(
number
of
new
units
based
on
DOE
%
growth
projections
for
fuel
types).

e
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

h
Semiannual
compliance
reports
occur
for
those
new
facilities
from
year
1
(
number
of
new
units
in
year
1
divided
by
an
average
of
2
units
per
facility).

I
Number
of
respondents
based
on
number
of
new
units
from
years
1
and
2.

j
Number
of
respondents
based
on
number
of
new
units
from
years
1
and
2.

k
Number
of
respondents
based
on
number
of
new
facilities
from
years
1
and
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).
2­
31
Table
6.
C.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
3,
Limited
Use
Gaseous
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Management
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
16
160
16
8
0
8,190
0
a
B.
Required
Activities
1.
Continuous
Parameter
Monitoring
(
new
only)

­
Establish
Site­
specific
monitoring
plan
40
0
0
1
40
16
640
64
32
0
32,762
0
b
­
CO
Monitoring
a)
initial
10
0
37800
1
10
32
320
32
16
0
16,381
1,209,600
c
b)
annual
10
0
0
1
10
96
960
96
48
0
49,143
0
c
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
na
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
32
800
80
40
0
40,952
0
d
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
32
320
32
16
0
16,381
0
d
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
16
32
3
2
0
1,638
0
e
4)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
1,485
22,275
2,228
1,114
0
1,140,268
0
f
5)
Notification
of
Compliance
Status
2
0
0
1
2
1,485
2,970
297
149
0
152,036
0
g
6)
Semi­
annual
Compliance
Report
(
all)
2
0
0
1
2
32
64
6
3
0
3,276
0
h
4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
CO
Monitoring
(
new
only)
5
0
0
1
5
96
480
48
24
0
24,571
0
I
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
3,034
45,510
4,551
2,276
0
2,329,680
0
j
3)
Records
of
Daily
Fuel
Use
20
0
0
1
20
3,034
60,680
6,068
3,034
0
3,106,240
0
j
4)
Records
of
Monitoring
Device
Calibrations
(
new
only)
2
0
0
1
2
96
192
19
10
0
9,829
0
k
E.
Personnel
Training
40
0
0
1
40
1,517
60,680
6,068
3,034
0
3,106,240
0
L
F.
Time
for
Audits
na
Totals
196,083
19,608
9,804
0
10,037,587
1,209,600
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

c
Initial
number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

Annual
number
of
respondents
based
on
number
of
new
facilities
from
years
1,
2,
and
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

d
Number
of
respondents
based
on
number
of
new
units
in
year
3
(
number
of
new
units
based
on
DOE
%
growth
projections
for
fuel
types).

e
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

h
Semiannual
compliance
reports
occur
for
those
new
facilities
from
years
1
and
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

I
Number
of
respondents
based
on
number
of
new
units
from
years
1,
2,
and
3.

j
Number
of
respondents
based
on
number
of
new
units
in
years
1,
2,
and
3
plus
all
existing
units.

k
Number
of
respondents
based
on
number
of
new
units
from
years
1,
2,
and
3.

L
Number
of
respondents
based
on
the
number
of
new
facilities
from
years
1,
2,
and
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).
Table
7.
A.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
1,
Small
Solid
Fuel
Units
2­
32
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@
$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Management
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contract
or
Hours
per
Year
@
$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
na
2.
Surveys
and
Studies
na
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
40
0
0
1
40
166
6620
662
331
0
338,881
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
HCl
and
PM
or
metals
­
for
new
sources
only)
24
160
0
1
24
4
96
9.6
4.8
3840
312,114
0
b
2a.
Initial
Stack
Test
and
report
for
mercury
(
new
sources
<
250MMBtu
only)
24
100
0
1
24
4
96
9.6
4.8
2400
196,914
0
2b.
Initial
Stack
Test
and
report
for
mercury
(
new
sources
>
250MMBtu
only)
24
513
0
1
24
0
0
0
0
12312
984,960
0
3.
Initial
Fuel
Analysis
for
Metals
Content
(
new)
5
12
0
1
5
0
0
0
0
60
4,800
0
c
4.
Initial
Fuel
Analysis
for
Chlorine
Content
(
new)
5
12
0
1
5
3
15
1.5
0.75
60
5,568
0
d
5.
Initial
Fuel
Analysis
for
Mercury
Content
(
new)
5
12
0
1
5
3
15
1.5
60
5,518
0
6.
Annual
Stack
Test
and
test
report
(
HCl
and
PM
or
metals)
(
new
sources
only)
24
160
0
1
24
0
0
0
0
3840
307,200
0
e
7a.
Annual
Stack
Test
and
test
report
for
mercury
(
new
sources
<
250MMBtu
only)
24
100
0
1
24
0
0
0
0
2400
192,000
0
e
7b.
Annual
Stack
Test
and
test
report
for
mercury
(
new
sources
>
250MMBtu
only)
24
513
0
1
24
0
0
0
0
12312
984,960
0
e
8.
Establish
Operating
Parameters
40
0
0
1
40
4
160
16
8
0
8,190
0
f
9.
Continuous
Parameter
Monitoring
Establish
Site­
specific
monitoring
plan
(
all)
40
0
0
1
40
2
80
8
4
0
4,095
0
g
Opacity
(
all
new
srcs
that
don't
have
scrubbers)
a)
initial
10
0
29200
1
10
3
30
3
1.5
0
1,536
87,600
h
b)
annual
10
0
0
1
10
3
30
3
1.5
0
1,536
0
h
CO
(
new
srcs
only)

a)
initial
10
0
37800
1
10
0
0
0
0
0
0
0
I
b)
annual
10
0
0
1
10
0
0
0
0
0
0
0
I
Control
Device
parameters
(
all
new
sources
that
have
scrubbers)

a)
initial
10
0
0
1
10
1
10
1
0.5
0
512
0
j
b)
annual
10
0
0
1
10
1
10
1
0.5
0
512
0
j
Subsequent
Fuel
Analysis
and
Calculations
for
Metals,
Mercury,
or
Chlorine
(
new
only)
8
12
0
1
8
0
0
0
0
96
7,680
0
e
Bag
Leak
Detection
System
Operation
(
all
new
sources
that
have
fabric
filters)
10
0
20000
1
10
4
40
4
2
0
2,048
80,000
k
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
(
new
sources
only)
25
0
0
1
25
4
100
10
5
0
5,119
0
L
2)
Report
prior
to
initial
start­
up
(
new
sources
only)
10
0
0
1
10
4
40
4
2
0
2,048
0
L
3)
Initial
Notification
that
Source
is
Subject
(
all)
2
0
0
1
2
166
331
33.1
16.55
0
16,944
0
m
4)
Notification
of
Initial
Stack
Test
(
all)
8
0
0
1
8
4
32
3.2
1.6
0
1,638
0
n
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
all)
see
E.
6
Table
7.
A.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
1,
Small
Solid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@
$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Management
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contract
or
Hours
per
Year
@
$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
2­
33
6)
Notification
of
Compliance
Status
40
0
0
1
40
2
80
8
4
0
4,095
0
o
7)
Startup,
Shutdown,
Malfunction
Plan
40
0
0
1
40
2
80
8
4
0
4,095
0
p
8)
Semi­
annual
Compliance
Report
20
0
0
2
40
0
0
0
0
0
0
0
q
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
included
in
8
b)
Emissions/
parameter
exceedances
and
malfunctions
included
in
8
c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
included
in
8
4.
Recordkeeping
Requirements
A.
Read
Instructions
na
B.
Implement
Activities
na
C.
Develop
Record
System
na
D.
Record
Information
1)
Records
of
Operating
Parameter
Values
20
0
0
1
20
4
80
8
4
0
4,095
0
r
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
4
60
6
3
0
3,071
0
r
3)
Records
of
Stack
Tests
2
0
0
1
2
4
8
0.8
0.4
0
410
0
r
4)
Records
of
Daily
Fuel
Use
20
0
0
1
20
4
80
8
4
0
4,095
0
r
5)
Records
of
Monitoring
Device
Calibrations
2
0
0
1
2
4
8
0.8
0.4
0
410
0
r
6)
Records
of
All
Compliance
Reports
Submitted
2
0
0
1
2
2
4
0.4
0.2
0
205
0
s
E.
Personnel
Training
40
0
0
1
40
2
80
8
4
0
4,095
0
s
F.
Time
for
Audits
na
Totals
8,185
819
409
37,380
3,409,344
167,600
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

b
Only
new
sources
conduct
performance
tests
in
year
1.
Number
of
new
units
based
on
a
%
growth
developed
from
DOE
fuel
use
projections.

c
Number
of
new
units
in
year
1
that
conduct
alternative
metals
analysis.

d
Number
of
new
units
in
year
1
that
do
not
have
scrubbers
and
will
therefore
do
chlorine
fuel
analysis
to
set
operating
limit
for
HCl.

e
No
subsequent
analysis
occurs
in
year
1.

f
Based
on
number
of
new
units
that
conduct
tests
and
set
operating
limits
in
year
1.

g
Based
on
number
of
new
facilities
that
set
operating
limits
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

h
Based
on
number
of
new
units
in
year
1
assumed
to
have
to
install
an
opacity
monitor.

I
New
units
in
this
subcategory
are
not
required
to
monitor
CO.

j
Based
on
number
of
new
units
in
year
1
that
have
scrubber
controls
and
therefore
must
monitor
parameters.

k
Based
on
number
of
new
units
in
year
1
because
all
units
will
have
a
FF
control
and
therefore
are
required
to
have
bag
leak
detection
systems.

L
Based
on
number
of
new
units
in
year
1.

m
Number
of
new
and
existing
facilities
that
submit
an
initial
notification
in
year
1
(
number
of
units
divided
by
an
average
of
two
units
per
facility).

n
Based
on
number
of
new
units
in
year
1
that
will
conduct
stack
tests.

o
Based
on
number
of
new
facilities
in
year
1
that
will
submit
this
report
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

p
Based
on
number
of
new
facilities
in
year
1
(
all
will
have
to
develop
an
SSMP)
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

q
No
semiannual
compliance
reports
are
done
in
year
1.

r
Based
on
number
of
new
units
in
year
1.

s
Based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

t
Number
of
new
units
in
year
1
that
do
not
have
mercury
control
and
will
therefore
do
fuel
analysis
to
set
operating
limit
for
mercury.
2­
34
Table
7.
B.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
2,
Small
Solid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@
$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@
$
28.14
(
G
X
0.1)
(
I)
Managem
ent
Hours
per
Year
@
$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
na
2.
Surveys
and
Studies
na
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
40
0
0
1
40
2
80
8
4
0
4,095
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
HCl
and
PM
or
metals
­
new
sources
only)
24
160
0
1
24
4
96
10
5
640
56,114
0
b
2a.
Initial
Stack
Test
and
report
for
mercury
(
new
sources
<
250MMBtu
only)
24
100
0
1
24
4
96
10
5
400
36,914
0
2b.
Initial
Stack
Test
and
report
for
mercury
(
new
sources
>
250MMBtu
only)
24
513
0
1
24
0
0
0
0
0
0
0
3.
Initial
Fuel
Analysis
for
Metals
Content
(
new)
5
12
0
1
5
0
0
0
0
0
0
0
c
4.
Initial
Fuel
Analysis
for
Chlorine
Content
(
new)
5
12
0
1
5
3
15
2
1
36
3,648
0
d
5.
Initial
Fuel
Analysis
for
Mercury
Content
(
new)
5
12
0
1
5
3
15
2
1
36
3,648
0
u
6.
Annual
Stack
Test
and
test
report
(
HCl
and
PM
or
metals)
(
new
sources
only)
24
160
0
1
24
1
24
2
1
160
14,029
0
e
7a.
Annual
Stack
Test
and
test
report
for
mercury
(
new
sources
<
250MMBtu
only)
24
100
0
1
24
1
24
2
1
100
9,229
0
e
7b.
Annual
Stack
Test
and
test
report
for
mercury
(
new
sources
>
250MMBtu
only)
24
513
0
1
24
0
0
0
0
0
0
0
e
8.
Establish
Operating
Parameters
40
0
0
1
40
4
160
16
8
0
8,190
0
f
9.
Continuous
Parameter
Monitoring
Establish
Site­
specific
monitoring
plan
(
all)
40
0
0
1
40
2
80
8
4
0
4,095
0
g
Opacity
(
all
new
srcs
that
don't
have
scrubbers)
a)
initial
10
0
29200
1
10
3
30
3
2
0
1,536
87,600
h
b)
annual
10
0
0
1
10
6
60
6
3
0
3,071
0
h
CO
(
new
srcs
only)

a)
initial
10
0
37800
1
10
0
0
0
0
0
0
0
I
b)
annual
10
0
0
1
10
0
0
0
0
0
0
0
I
Control
Device
parameters
(
all
new
sources
that
have
scrubbers)

a)
initial
10
0
0
1
10
1
10
1
1
0
512
0
j
b)
annual
10
0
0
1
10
2
20
2
1
0
1,024
0
j
Subsequent
Fuel
Analysis
and
Calculations
for
Metals,
Mercury,
or
Chlorine
(
new
only)
8
12
0
1
8
3
24
2
1
36
4,109
0
k
Bag
Leak
Detection
System
Operation
(
all
new
sources
that
have
fabric
filters)
10
0
20000
1
0
4
0
0
0
0
0
80,000
L
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
(
new
sources
only)
25
0
0
1
25
4
100
10
5
0
5,119
0
m
2)
Report
prior
to
initial
start­
up
(
new
sources
only)
10
0
0
1
10
4
40
4
2
0
2,048
0
m
3)
Initial
Notification
that
Source
is
Subject
(
all)
2
0
0
1
2
2
4
0
0
0
205
0
n
Table
7.
B.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
2,
Small
Solid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@
$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@
$
28.14
(
G
X
0.1)
(
I)
Managem
ent
Hours
per
Year
@
$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
2­
35
4)
Notification
of
Initial
Stack
Test
(
all)
8
0
0
1
8
4
32
3
2
0
1,638
0
o
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
all)
see
E.
6
6)
Notification
of
Compliance
Status
40
0
0
1
40
2
80
8
4
0
4,095
0
p
7)
Startup,
Shutdown,
Malfunction
Plan
40
0
0
1
40
2
80
8
4
0
4,095
0
q
8)
Semi­
annual
Compliance
Report
20
0
0
2
40
2
80
8
4
0
4,095
0
r
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
included
in
8
b)
Emissions/
parameter
exceedances
and
malfunctions
included
in
8
c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
included
in
8
4.
Recordkeeping
Requirements
A.
Read
Instructions
na
B.
Implement
Activities
na
C.
Develop
Record
System
na
D.
Record
Information
1)
Records
of
Operating
Parameter
Values
20
0
0
1
20
8
160
16
8
0
8,190
0
s
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
8
120
12
6
0
6,143
0
s
3)
Records
of
Stack
Tests
2
0
0
1
2
8
16
2
1
0
819
0
s
4)
Records
of
Daily
Fuel
Use
20
0
0
1
20
8
160
16
8
0
8,190
0
s
5)
Records
of
Monitoring
Device
Calibrations
2
0
0
1
2
8
16
2
1
0
819
0
s
6)
Records
of
All
Compliance
Reports
Submitted
2
0
0
1
2
4
8
1
0
0
410
0
t
E.
Personnel
Training
40
0
0
1
40
4
160
16
8
0
8,190
0
t
F.
Time
for
Audits
na
Totals
1,790
179
90
1,408
204,271
167,600
a
Number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
Number
of
new
units
in
year
2.
Number
of
new
units
based
on
a
%
growth
developed
from
DOE
fuel
use
projections.

c
Number
of
new
units
in
year
2
that
conduct
alternative
metals
analysis.

d
Number
of
new
units
in
year
2
that
do
not
have
scrubbers
and
will
therefore
do
chlorine
fuel
analysis
to
set
operating
limit
for
HCl.

e
Number
of
new
units
from
year
1
that
conduct
an
annual
stack
test
in
year
2.

f
Number
of
new
units
in
year
2.

g
Number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

h
Initial
respondents
based
on
number
of
new
units
in
year
2;
annual
respondents
based
on
number
of
new
units
from
years
1
and
2.

I
New
units
in
this
subcategory
are
not
required
to
monitor
CO.

j
Initial
costs
based
on
number
of
new
units
with
scrubbers
in
year
2.

Annual
costs
based
on
number
of
new
units
with
scrubbers
from
years
1
and
2.
2­
36
Table
7.
C.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
3,
Small
Solid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrence
s
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
CxDxF)
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
Footnotes
1.
Applications
na
2.
Surveys
and
Studies
na
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
40
0
0
1
40
2
80
8
4
0
4,095
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
HCl
and
PM
or
metals
­
new
sources
only)
24
160
0
1
24
4
96
10
5
640
56,114
0
b
2a.
Initial
Stack
Test
and
report
for
mercury
(
new
sources
<
250MMBtu
only)
24
100
0
1
24
4
96
10
5
400
36,914
0
2b.
Initial
Stack
Test
and
report
for
mercury
(
new
sources
>
250MMBtu
only)
24
513
0
1
24
0
0
0
0
0
0
0
3.
Initial
Fuel
Analysis
for
Metals
Content
(
new)
5
12
0
1
5
0
0
0
0
0
0
0
c
4.
Initial
Fuel
Analysis
for
Chlorine
Content
(
new)
5
12
0
1
5
3
15
2
1
36
3,648
0
d
5.
Initial
Fuel
Analysis
for
Mercury
Content
(
new)
5
12
0
1
5
3
15
2
1
36
3,648
0
v
6.
Annual
Stack
Test
and
test
report
(
HCl
and
PM
or
metals)
(
new
sources
only)
24
160
0
1
24
2
48
5
2
320
28,057
0
e
7a.
Annual
Stack
Test
and
test
report
for
mercury
(
new
sources
<
250MMBtu
only)
24
100
0
1
24
2
48
5
2
200
18,457
0
e
7b.
Annual
Stack
Test
and
test
report
for
mercury
(
new
sources
>
250MMBtu
only)
24
513
0
1
24
0
0
0
0
0
0
0
e
8.
Establish
Operating
Parameters
40
0
0
1
40
4
160
16
8
0
8,190
0
f
9.
Continuous
Parameter
Monitoring
Establish
Site­
specific
monitoring
plan
(
all)
40
0
0
1
40
2
80
8
4
0
4,095
0
g
Opacity
(
all
srcs
that
don't
have
scrubbers)

a)
initial
10
0
29200
1
10
3
30
3
2
0
1,536
87,600
h
b)
annual
10
0
0
1
10
9
90
9
5
0
4,607
0
h
CO
(
new
srcs
only)

a)
initial
10
0
37800
1
10
0
0
0
0
0
0
0
I
b)
annual
10
0
0
1
10
0
0
0
0
0
0
0
I
Control
Device
parameters
(
all
sources
that
have
scrubbers)

a)
initial
10
0
0
1
10
1
10
1
1
0
512
0
j
b)
annual
10
0
0
1
10
3
30
3
2
0
1,536
0
j
Subsequent
Fuel
Analysis
and
Calculations
for
Metals,
Mercury
or
Chlorine
(
new
only)
8
12
0
1
8
6
48
5
2
72
8,217
0
k
Bag
Leak
Detection
System
Operation
(
all
sources
that
have
fabric
filters)
10
0
20000
1
10
4
40
4
2
0
2,048
80,000
L
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
(
new
sources
only)
25
0
0
1
25
4
100
10
5
0
5,119
0
m
2)
Report
prior
to
initial
start­
up
(
new
sources
only)
10
0
0
1
10
4
40
4
2
0
2,048
0
m
3)
Initial
Notification
that
Source
is
Subject
(
all)
2
0
0
1
2
2
4
0
0
0
205
0
n
4)
Notification
of
Initial
Stack
Test
(
all)
8
0
0
1
8
4
32
3
2
0
1,638
0
o
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
all)
see
E.
6
Table
7.
C.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
3,
Small
Solid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrence
s
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manage
ment
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
CxDxF)
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
Footnotes
2­
37
6)
Notification
of
Compliance
Status
40
0
0
1
40
166
6,620
662
331
0
338,881
0
p
7)
Startup,
Shutdown,
Malfunction
Plan
40
0
0
1
40
166
6,620
662
331
0
338,881
0
q
8)
Semi­
annual
Compliance
Report
20
0
0
2
40
4
160
16
8
0
8,190
0
r
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
included
in
8
b)
Emissions/
parameter
exceedances
and
malfunctions
included
in
8
c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
included
in
8
4.
Recordkeeping
Requirements
A.
Read
Instructions
na
B.
Implement
Activities
na
C.
Develop
Record
System
na
D.
Record
Information
1)
Records
of
Operating
Parameter
Values
20
0
0
1
20
12
240
24
12
0
12,286
0
s
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
339
5,085
509
254
0
260,304
0
t
3)
Records
of
Stack
Tests
2
0
0
1
2
12
24
2
1
0
1,229
0
s
4)
Records
of
Daily
Fuel
Use
20
0
0
1
20
339
6,780
678
339
0
347,072
0
t
5)
Records
of
Monitoring
Device
Calibrations
2
0
0
1
2
12
24
2
1
0
1,229
0
s
6)
Records
of
All
Compliance
Reports
Submitted
2
0
0
1
2
170
339
34
17
0
17,354
0
u
E.
Personnel
Training
40
0
0
1
40
170
6,780
678
339
0
347,072
0
u
F.
Time
for
Audits
na
Totals
33,734
3,373
1,687
1,704
1,863,180
167,600
a
Number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
Number
of
new
units
in
year
3.
Number
of
new
units
based
on
a
%
growth
developed
from
DOE
fuel
use
projections.

c
Number
of
new
units
in
year
3
that
conduct
alternative
metals
analysis.

d
Number
of
new
units
in
year
3
that
do
not
have
scrubbers
and
will
therefore
do
chlorine
fuel
analysis
to
set
operating
limit
for
HCl.

e
Number
of
new
units
from
years
1
and
2
that
conduct
an
annual
stack
test
in
year
3.

f
Number
of
new
units
in
year
3.

g
Number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

h
Initial
respondents
based
on
number
of
new
units
from
year
3;
annual
respondents
based
on
number
of
new
units
from
years
1,
2,
and
3.

I
Units
in
this
subcategory
are
not
required
to
monitor
CO.

j
Initial
costs
based
on
number
of
new
units
with
scrubbers
in
year
3.

Annual
costs
based
on
number
of
new
units
with
scrubbers
from
years
1,
2,
and
3.

k
Number
of
new
units
from
years
1
and
2
that
set
fuel
input
operating
limits.

L
Number
of
new
units
in
year
3
that
have
fabric
filters.

m
Number
of
new
units
in
year
3.

n
Number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

o
Number
of
new
units
in
year
3
that
will
test
in
year
3.

p
Number
of
new
facilities
in
year
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

q
Number
of
new
facilities
in
year
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

r
Number
of
new
facilities
from
years
1
and
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

s
Number
of
new
units
from
years
1,
2,
and
3
that
will
be
keeping
these
records.

t
Number
of
new
units
from
years
1,
2,
and
3
plus
all
existing
units
u
Number
of
new
facilities
from
years
1,
2,
and
3
plus
all
of
existing
facilities
(
number
units
divided
by
average
of
2
units
per
facility)

v
Number
of
new
units
in
year
3
that
do
not
have
mercury
controls
and
will
therefore
do
fuel
analysis
to
set
operating
limit
for
mercury.
2­
38
Table
8.
A.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
1,
Small
Liquid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@

$
28.14(

G
X
0.1)
(
I)
Management
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
I)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
J)
Total
Labor
Costs
Per
Year
(
K)
Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
1,361
13,610
1,361
681
0
696,703
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
HCl,
PM,
and
CO
­
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
2.
Annual
Stack
Test
and
test
report
(
HCl,
PM,

and
CO
­
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
3.
Establish
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4.
Continuous
Parameter
Monitoring
(
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
Establish
Site­
specific
monitoring
plan
(
for
new
only)
40
0
0
1
40
0
0
0
0
0
0
0
c
Opacity
(
new
only)

a)
initial
*
b
b)
annual
*
b
CO
(
new
only)

a)
initial
10
0
37800
1
10
0
0
0
0
0
0
0
d
b)
annual
10
0
0
1
10
0
0
0
0
0
0
0
d
Control
Device
parameters
(
new
only)

a)
initial
*
b
b)
annual
*
b
C.
Create
Information
D.
Gather
Information
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
23
575
58
29
0
29,435
0
e
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
23
230
23
12
0
11,774
0
e
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
1,361
2,722
272
136
0
139,341
0
f
4)
Report
of
Initial
Stack
Test
(
only
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
6)
Notification
of
Compliance
Status
4
0
0
1
4
12
46
5
2
0
2,355
0
g
7)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
12
173
17
9
0
8,830
0
h
8)
Semi­
annual
Compliance
Report
(
all)
20
0
0
2
40
0
0
0
0
0
0
0
I
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)

b)
Emissions/
parameter
exceedances
and
Included
in
(
8)
Table
8.
A.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
1,
Small
Liquid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@

$
28.14(

G
X
0.1)
(
I)
Management
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
I)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
J)
Total
Labor
Costs
Per
Year
(
K)
Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
2­
39
malfunctions
(
for
new
only)

c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)

4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
Operating
Parameters
(
for
new
only)
*
b
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
23
345
35
17
0
17,661
0
j
3)
Records
of
Stack
Tests
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4)
Records
of
Daily
Fuel
Use
(
all)
20
0
0
1
20
23
460
46
23
0
23,548
0
j
5)
Records
of
Monitoring
Device
Calibrations
(
for
new
sources
monitoring
CO)
2
0
0
1
2
0
0
0
0
0
0
0
d
E.
Personnel
Training
40
0
0
1
40
12
460
46
23
0
23,548
0
k
F.
Time
for
Audits
na
Totals
18,621
1,862
931
0
953,193
0
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

b
All
activities
indicated
with
an
(*)
are
those
that
apply
only
to
new
sources
that
burn
liquid
fossil
fuels
other
than
distillate
oil.

Based
on
new
source
growth
projections,
no
new
sources
that
meet
these
criteria
are
expected
to
start­
up
during
the
3
years
after
promulgation.

c
Number
of
respondents
is
zero
because
no
units
will
be
monitoring
CO
or
other
parameters.

d
Number
of
respondents
is
zero
because
units
in
this
subcategory
are
not
required
to
monitor
CO.

e
Number
of
respondents
based
on
number
of
new
units
in
year
1.
Number
of
new
units
based
on
a
%
growth
developed
from
DOE
fuel
use
projections.

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

h
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

I
No
semiannual
compliance
reports
are
submitted
in
year
1.

j
Number
of
respondents
based
on
number
of
new
units
in
year
1.

k
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).
2­
40
Table
8.
B.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
2,
Small
Liquid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@
$
28.14
(
G
X
0.1)
(
I)
Management
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
I)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
J)
Total
Labor
Costs
Per
Year
(
K)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
12
115
11.5
5.75
0
5,887
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
HCl,
PM,
and
CO
­
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
2.
Annual
Stack
Test
and
test
report
(
HCl,
PM,

and
CO
­
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
3.
Establish
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4.
Continuous
Parameter
Monitoring
(
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
Establish
Site­
specific
monitoring
plan
(
for
new
only)
40
0
0
1
40
0
0
0
0
0
0
0
c
Opacity
a)
initial
*
b
b)
annual
*
b
CO
(
new
only)

a)
initial
10
0
37800
1
10
0
0
0
0
0
0
0
d
b)
annual
10
0
0
1
10
0
0
0
0
0
0
0
d
Control
Device
parameters
(
new
only)

a)
initial
*
b
b)
annual
*
b
C.
Create
Information
D.
Gather
Information
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
23
575
57.5
28.75
0
29,435
0
e
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
23
230
23
11.5
0
11,774
0
e
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
12
23
2.3
1.15
0
1,177
0
f
4)
Report
of
Initial
Stack
Test
(
only
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
6)
Notification
of
Compliance
Status
4
0
0
1
4
12
46
4.6
2.3
0
2,355
0
g
7)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
12
172.5
17.25
8.625
0
8,830
0
h
8)
Semi­
annual
Compliance
Report
(
all)
20
0
0
2
40
12
460
46
23
0
23,548
0
I
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)

b)
Emissions/
parameter
exceedances
and
Included
in
(
8)
Table
8.
B.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
2,
Small
Liquid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@
$
28.14
(
G
X
0.1)
(
I)
Management
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
I)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
J)
Total
Labor
Costs
Per
Year
(
K)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
2­
41
malfunctions
(
for
new
only)

c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)

4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
Operating
Parameters
(
for
new
only)
*
b
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
46
690
69
34.5
0
35,321
0
j
3)
Records
of
Stack
Tests
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4)
Records
of
Daily
Fuel
Use
(
all)
20
0
0
1
20
46
920
92
46
0
47,095
0
j
5)
Records
of
Monitoring
Device
Calibrations
(
for
new
sources
monitoring
CO)
2
0
0
1
2
0
0
0
0
0
0
0
d
E.
Personnel
Training
40
0
0
1
40
23
920
92
46
0
47,095
0
k
F.
Time
for
Audits
na
Totals
4,152
415
208
0
212,517
0
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
All
activities
indicated
with
an
(*)
are
those
that
apply
only
to
new
sources
that
burn
liquid
fossil
fuels
other
than
distillate
oil.

Based
on
new
source
growth
projections,
no
new
sources
that
meet
these
criteria
are
expected
to
start­
up
during
the
3
years
after
promulgation.

c
Number
of
respondents
is
zero
because
no
units
will
be
monitoring
CO
or
other
parameters.

d
Number
of
respondents
is
zero
because
units
in
this
subcategory
are
not
required
to
monitor
CO.

e
Number
of
respondents
based
on
number
of
new
units
in
year
2.
Number
of
new
units
based
on
a
%
growth
developed
from
DOE
fuel
use
projections.

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

h
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

I
Semiannual
compliance
reports
are
submitted
in
year
2
for
those
new
facilities
from
year
1.

j
Number
of
respondents
based
on
number
of
new
units
in
years
1
and
2.

k
Number
of
respondents
based
on
number
of
new
facilities
from
years
1
and
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).
2­
42
Table
8.
C.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
3,
Small
Liquid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Management
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
I)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
J)
Total
Labor
Costs
Per
Year
(
K)
Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
12
115
11.5
5.75
0
5,887
0
a
B.
Required
Activities
1.
Initial
Stack
Test
and
report
(
HCl,
PM,
and
CO
­
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
2.
Annual
Stack
Test
and
test
report
(
HCl,
PM,

and
CO
­
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
3.
Establish
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4.
Continuous
Parameter
Monitoring
(
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
Establish
Site­
specific
monitoring
plan
(
for
new
only)
40
0
0
1
40
0
0
0
0
0
0
0
c
Opacity
(
new
only)

a)
initial
*
b
b)
annual
*
b
CO
(
new
only)

a)
initial
10
0
37800
1
10
0
0
0
0
0
0
0
d
b)
annual
10
0
0
1
10
0
0
0
0
0
0
0
d
Control
Device
parameters
(
new
only)

a)
initial
*
b
b)
annual
*
b
C.
Create
Information
D.
Gather
Information
E.
Report
Preparation
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
23
575
57.5
28.75
0
29,435
0
e
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
23
230
23
11.5
0
11,774
0
e
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
12
23
2.3
1.15
0
1,177
0
f
4)
Report
of
Initial
Stack
Test
(
only
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
other
gases)
*
b
5)
Report
Established
Values
for
Site­
specific
Operating
Parameters
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
and
gases)
*
b
6)
Notification
of
Compliance
Status
4
0
0
1
4
1361
5444
544.4
272.2
0
278,681
0
g
7)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
1361
20415
2041.5
1020.75
0
1,045,054
0
h
8)
Semi­
annual
Compliance
Report
(
all)
20
0
0
2
40
23
920
92
46
0
47,095
0
I
a)
Site­
specific
operating
parameters
(
operating
parameter
limits
were
established
during
initial
performance
test)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)

b)
Emissions/
parameter
exceedances
and
Included
in
(
8)
Table
8.
C.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
3,
Small
Liquid
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
AXD)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
EXF)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Management
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
I)
Emission
Testing
Contractor
Hours
per
Year
@$
80
(
BxDxF)
(
J)
Total
Labor
Costs
Per
Year
(
K)
Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
2­
43
malfunctions
(
for
new
only)

c)
Results
of
annual
performance
tests
(
part
of
semiannual
compliance
report)
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
Included
in
(
8)

4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
Operating
Parameters
(
for
new
only)
*
b
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
2768
41520
4152
2076
0
2,125,430
0
j
3)
Records
of
Stack
Tests
(
only
for
new
sources
burning
fossil
fuels
other
than
distillate
oil
or
gases)
*
b
4)
Records
of
Daily
Fuel
Use
(
all)
20
0
0
1
20
2768
55360
5536
2768
0
2,833,906
0
j
5)
Records
of
Monitoring
Device
Calibrations
(
for
new
sources
monitoring
CO)
2
0
0
1
2
0
0
0
0
0
0
0
d
E.
Personnel
Training
40
0
0
1
40
1384
55360
5536
2768
0
2,833,906
0
k
F.
Time
for
Audits
na
Totals
179,962
17,996
8,998
0
9,212,345
0
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
All
activities
indicated
with
an
(*)
are
those
that
apply
only
to
new
sources
that
burn
liquid
fossil
fuels
other
than
distillate
oil.

Based
on
new
source
growth
projections,
no
new
sources
that
meet
these
criteria
are
expected
to
start­
up
during
the
3
years
after
promulgation.

c
Number
of
respondents
is
zero
because
no
units
will
be
monitoring
CO
or
other
parameters.

d
Number
of
respondents
is
zero
because
units
in
this
subcategory
are
not
required
to
monitor
CO.

e
Number
of
respondents
based
on
number
of
new
units
in
year
3.
Number
of
new
units
based
on
a
%
growth
developed
from
DOE
fuel
use
projections.

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

h
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).
g
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

I
Semiannual
compliance
reports
are
submitted
in
year
3
for
those
new
facilities
from
years
1
and
2
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

j
Number
of
respondents
based
on
number
of
new
units
in
years
1,
2,
and
3
plus
all
existing
units.

k
Number
of
respondents
based
on
number
of
new
facilities
from
years
1,
2,
and
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).
2­
44
Table
9.
A.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
1,
Small
Gaseous
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manageme
nt
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
13,856
138,555
13,856
6,928
0
7,092,700
0
a
B.
Required
Activities
1.
Continuous
Parameter
Monitoring
(
new
only)

­
Establish
Site­
specific
monitoring
plan
40
0
0
1
40
0
0
0
0
0
0
0
b
­
CO
monitoring
a)
initial
10
0
37800
1
10
0
0
0
0
0
0
0
c
b)
annual
10
0
0
1
10
0
0
0
0
0
0
0
c
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
na
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
288
7,200
720
360
0
368,572
0
d
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
288
2,880
288
144
0
147,429
0
d
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
13,856
27,711
2,771
1,386
0
1,418,540
0
e
4)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
144
2,160
216
108
0
110,571
0
f
5)
Notification
of
Compliance
Status
2
0
0
1
2
144
288
29
14
0
14,743
0
g
6)
Semi­
annual
Compliance
Report
(
all)
2
0
0
1
2
0
0
0
0
0
0
0
h
4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
CO
Monitoring
(
new
only)
5
0
0
1
5
0
0
0
0
0
0
0
c
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
288
4,320
432
216
0
221,143
0
I
3)
Records
of
Daily
Fuel
Use
20
0
0
1
20
288
5,760
576
288
0
294,857
0
I
4)
Records
of
Monitoring
Device
Calibrations
(
new
only)
2
0
0
1
2
0
0
0
0
0
0
0
b
E.
Personnel
Training
40
0
0
1
40
144
5,760
576
288
0
294,857
0
j
F.
Time
for
Audits
na
Totals
194,634
19,463
9,732
0
9,963,412
0
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

b
Number
of
respondents
is
zero
because
no
units
in
this
subcategory
will
monitor
parameters.

c
Number
of
respondents
is
zero
because
units
in
this
subcategory
are
not
required
to
monitor
CO.

d
Number
of
respondents
based
on
number
of
new
units
in
year
1
(
number
of
new
units
based
on
DOE
%
growth
projections
for
fuel
types).

e
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

h
Semiannual
compliance
reports
do
not
occur
in
year
1.

I
Number
of
respondents
based
on
number
of
new
units
in
year
1.

j
Number
of
respondents
based
on
number
of
new
facilities
in
year
1
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).
2­
45
Table
9.
B.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
2,
Small
Gaseous
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)
Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Manageme
nt
Hours
per
Year
@

$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)
Total
Labor
Costs
Per
Year
(
L)
Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
144
1,440
144
72
0
73,714
0
a
B.
Required
Activities
1.
Continuous
Parameter
Monitoring
(
new
only)

­
Establish
Site­
specific
monitoring
plan
40
0
0
1
40
0
0
0
0
0
0
0
b
­
CO
Monitoring
a)
initial
10
0
37800
1
10
0
0
0
0
0
0
0
c
b)
annual
10
0
0
1
10
0
0
0
0
0
0
0
c
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
na
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
288
7,200
720
360
0
368,572
0
d
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
288
2,880
288
144
0
147,429
0
d
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
144
288
29
14
0
14,743
0
e
4)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
144
2,160
216
108
0
110,571
0
f
5)
Notification
of
Compliance
Status
2
0
0
1
2
144
288
29
14
0
14,743
0
g
6)
Semi­
annual
Compliance
Report
(
all)
2
0
0
1
2
144
288
29
14
0
14,743
0
h
4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
CO
Monitoring
(
new
only)
5
0
0
1
5
0
0
0
0
0
0
0
c
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
576
8,640
864
432
0
442,286
0
I
3)
Records
of
Daily
Fuel
Use
20
0
0
1
20
576
11,520
1,152
576
0
589,715
0
I
4)
Records
of
Monitoring
Device
Calibrations
(
new
only)
2
0
0
1
2
0
0
0
0
0
0
0
b
E.
Personnel
Training
40
0
0
1
40
288
11,520
1,152
576
0
589,715
0
j
F.
Time
for
Audits
na
Totals
46,224
4,622
2,311
0
2,366,230
0
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
Number
of
respondents
is
zero
because
no
units
in
this
subcategory
will
monitor
parameters.

c
Number
of
respondents
is
zero
because
units
in
this
subcategory
are
not
required
to
monitor
CO.

d
Number
of
respondents
based
on
number
of
new
units
in
year
2
(
number
of
new
units
based
on
DOE
%
growth
projections
for
fuel
types).

e
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

h
Semiannual
compliance
reports
occur
for
those
new
facilities
from
year
1
(
number
of
new
units
from
year
1
divided
by
an
average
of
2
units
per
facility).

I
Number
of
respondents
based
on
number
of
new
units
in
years
1
and
2.

j
Number
of
respondents
based
on
number
of
new
facilities
from
years
1
and
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).
2­
46
Table
9.
C.
Annual
Respondent
Burden
and
Cost
of
Recordkeeping
and
Reporting
Requirements
for
the
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Year
3,
Small
Gaseous
Fuel
Units
Burden
Item
(
A)
Respondent
Hours
per
Occurrence
(
Technical
hours)
(
B)
Emission
Test
Contractor
Hours
Per
Occurrence
(
C)

Non­
Labor
Costs
Per
Occurrence
(
D)
Number
of
Occurrences
Per
Respondent
Per
Year
(
E)
Technical
Hours
per
Respondent
Per
Year
(
A
X
D)
(
F)
Number
of
Respondents
Per
Year
(
G)
Technical
Hours
per
Year
@

$
45.04
(
E
X
F)
(
H)
Clerical
Hours
per
Year
@

$
28.14
(
G
X
0.1)
(
I)
Managem
ent
Hours
per
Year
@
$
66.73
(
G
X
.05)
(
J)
Emission
Testing
Contractor
Hours
per
Year
@
$
80
(
BxDxF)
(
K)

Total
Labor
Costs
Per
Year
(
L)

Total
Non­

Labor
Capital
Costs
Per
Year
(
CxDxF)
Footnotes
1.
Applications
2.
Surveys
and
Studies
3.
Reporting
Requirements
A.
Read
and
Understand
Rule
Requirements
10
0
0
1
10
144
1,440
144
72
0
73,714
0
a
B.
Required
Activities
1.
Continuous
Parameter
Monitoring
(
new
only)

­
Establish
Site­
specific
monitoring
plan
40
0
0
1
40
0
0
0
0
0
0
0
b
­
CO
Monitoring
a)
initial
10
0
37800
1
10
0
0
0
0
0
0
0
c
b)
annual
10
0
0
1
10
0
0
0
0
0
0
0
c
C.
Create
Information
na
D.
Gather
Information
na
E.
Report
Preparation
na
1)
Report
Prior
to
Construction
(
including
siting
analysis)
25
0
0
1
25
288
7,200
720
360
0
368,572
0
d
2)
Report
prior
to
initial
start­
up
10
0
0
1
10
288
2,880
288
144
0
147,429
0
d
3)
Initial
notification
that
source
is
subject
(
all)
2
0
0
1
2
144
288
29
14
0
14,743
0
e
4)
Startup,
Shutdown,
Malfunction
Plan
15
0
0
1
15
13,856
207,833
20,783
10,392
0
10,639,050
0
f
5)
Notification
of
Compliance
Status
2
0
0
1
2
13,856
27,711
2,771
1,386
0
1,418,540
0
g
6)
Semi­
annual
Compliance
Report
(
all)
2
0
0
1
2
288
576
58
29
0
29,486
0
h
4.
Reporting
Requirements
A.
Read
Instructions
B.
Implement
Activities
C.
Develop
Record
System
D.
Record
Information
1)
Records
of
CO
Monitoring
(
new
only)
5
0
0
1
5
0
0
0
0
0
0
0
c
2)
Records
of
Startup,
Shutdown,
Malfunction
15
0
0
1
15
28,287
424,305
42,431
21,215
0
21,720,385
0
I
3)
Records
of
Daily
Fuel
Use
20
0
0
1
20
28,287
565,740
56,574
28,287
0
28,960,513
0
I
4)
Records
of
Monitoring
Device
Calibrations
(
new
only)
2
0
0
1
2
0
0
0
0
0
0
0
b
E.
Personnel
Training
40
0
0
1
40
14,144
565,740
56,574
28,287
0
28,960,513
0
j
F.
Time
for
Audits
na
Totals
1,803,713
180,371
90,186
0
92,332,945
0
a
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

b
Number
of
respondents
is
zero
because
no
units
in
this
subcategory
will
monitor
parameters.

c
Number
of
respondents
is
zero
because
units
in
this
subcategory
are
not
required
to
monitor
CO.

d
Number
of
respondents
based
on
number
of
new
units
in
year
3
(
number
of
new
units
based
on
DOE
%
growth
projections
for
fuel
types).

e
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

f
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

g
Number
of
respondents
based
on
number
of
new
facilities
in
year
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

h
Semiannual
compliance
reports
occur
for
those
new
facilities
from
years
1
and
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

I
Number
of
respondents
based
on
number
of
new
units
in
years
1,
2,
and
3
plus
all
existing
units.

j
Number
of
respondents
based
on
number
of
new
facilities
from
years
1,
2,
and
3
plus
all
existing
facilities
(
number
of
units
divided
by
an
average
of
2
units
per
facility).
2­
47
Table
10.
Summary
of
Respondent
Burden
for
the
Proposed
National
Emission
Standards
for
Hazardous
Air
Pollutants
(
NESHAP)
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
­
Years
1
through
3
for
All
Subcategories
and
Average
Year
Technical
Hours
Management
Hours
Clerical
Hours
Emission
Test
Contractor
Hours
Total
Hours
Total
Labor
Costs
Total
Non­
Labor
Capital
Costs
Total
Costs
Year
1
489,107
24,456
48,910
85,787
648,260
31,794,475
10,627,000
42,421,475
Year
2
594,472
29,724
59,446
655,177
1,338,819
82,845,337
29,942,600
112,787,937
Year
3
4,368,570
218,429
436,856
1,090,039
6,113,894
310,832,398
29,942,600
340,774,998
Totals
8,100,973
425,472,210
70,512,200
495,984,410
Average
Burden
per
year
2,700,324
141,824,070
23,504,067
165,328,137
ATTACHMENT
3
Tables
11,
12,
13,
AND
14
Table
11:
Annual
Federal
Government
Burden
and
Cost
of
Recordkeeping
and
Reporting
for
the
National
Emission
Standard
for
Hazardous
Air
Pollutants
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters­
40
CFR
Part
63,
Subpart
DDDDD
­
Year
1
Table
12:
Annual
Federal
Government
Burden
and
Cost
of
Recordkeeping
and
Reporting
for
the
National
Emission
Standard
for
Hazardous
Air
Pollutants
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters­
40
CFR
Part
63,
Subpart
DDDDD
­
Year
2
Table
13:
Annual
Federal
Government
Burden
and
Cost
of
Recordkeeping
and
Reporting
for
the
National
Emission
Standard
for
Hazardous
Air
Pollutants
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters­
40
CFR
Part
63,
Subpart
DDDDD
­
Year
3
Table
14:
Annual
Federal
Government
Burden
and
Cost
of
Recordkeeping
and
Reporting
for
the
National
Emission
Standard
for
Hazardous
Air
Pollutants
for
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters­
40
CFR
Part
63,
Subpart
DDDDD
­
Years
1
through
3
and
Average
3­
1
Table
11.
Annual
Federal
Government
Burden
and
Cost
of
Recordkeeping
and
Reporting
for
the
Industrial,
Commercial,
and
Institutional
Boiler
and
Process
Heater
NESHAP
Subpart
DDDDD
­
Year
1
­
First
Year
After
Promulgation
Burden
Item
EPA
hours
per
occurrence
(
A)
Number
of
occurrences
per
year
(
B)
EPA
hours
per
occurrence
per
year
(
C=
AxB)
Technical
hours
per
year
(
D=
C)
Mangmt
hours
per
year
(
E=
Dx0.05)
Clerical
hours
per
year
(
F=
Dx0.1)
(
H)
Costs,
$
f
Footnotes
1.
Litigation
n/
a
0
0
0
0
0
0
2.
Read
and
understand
rule
requirements
40
50
2000
2000
100
200
90,958
a
3.
Enter
and
update
information
into
agency
recordkeeping
system
4
29389
117556
117556
5877.8
11755.6
5,346,329
b
4.
Required
activities
0
0
0
0
0
A.
Observe
initial
add­
on
control
device
performance
test
40
7
288
288
14.4
28.8
13,098
c
B.
Observe
repeat
performance
test
40
4
144
144
7.2
14.4
6,549
d
C.
Review
operating
parameters
2
36
72
72
3.6
7.2
3,274
e
D.
Review
continuous
parameter
monitoring
2
36
72
72
3.6
7.2
3,274
e
0
0
0
0
0
5.
Excess
Emissions
Enforcement
Activities
and
Inspections
24
4
0
0
0
0
0
f
6.
Notification
requirements
0
0
0
0
0
A.
Review
initial
notification
that
existing
sources
are
subject
to
the
standard
2
29389
58778
58778
2938.9
5877.8
2,673,165
g
B.
Notifications
for
new
major
sources
0
0
0
0
0
1)
Review
notification
of
intent
to
construct
a
new
major
source
and
review
application
to
construct
5
574
2870
2870
143.5
287
130,525
h
2)
Review
notification
of
start
of
construction
2
574
1148
1148
57.4
114.8
52,210
h
3)
Review
notification
of
anticipated
startup
date
2
574
1148
1148
57.4
114.8
52,210
h
4)
Review
notification
of
actual
startup
date
2
574
1148
1148
57.4
114.8
52,210
h
C.
Review
request
for
compliance
extension
n/
a
0
0
0
0
0
0
D.
Review
notification
of
special
compliance
requirements
n/
a
0
0
0
0
0
0
E.
Review
notification
of
initial
performance
tests
and
review
test
plan
20
36
720
720
36
72
32,745
I
F.
Review
notification
of
compliance
status
4
287
1148
1148
57.4
114.8
52,210
j
G.
Records
for
area
sources
not
subject
to
the
standard
n/
a
0
0
0
0
0
0
H.
Review
of
NESHAP
waiver
application
n/
a
0
0
0
0
0
0
5.
Reporting
requirements
0
0
0
0
0
A.
Review
semiannual
compliance
report
4
0
0
0
0
0
0
k
B.
Additional
reports
0
0
0
0
0
1)
Review
of
control
device
performance
test
report
and
operating
range
20
36
720
720
36
72
32,745
L
2)
Review
startup,
shutdown,
malfunction
reports
4
287
1148
1148
57.4
114.8
52,210
m
6.
Travel
Expenses
for
Tests
Attended
(
1
person)(
30
hours
per
year)(
8
hours
per
day)($
75
perdiem)+($
600
round
trip)
=
$
881
per
trip
9,691
n
TOTAL
BURDEN
AND
COST
(
SALARY)
188,960
9,448
18,896
8,603,403
TOTAL
ANNUAL
HOURS
217,304
a
Number
of
occurences
is
the
number
of
states
where
affected
sources
will
exist
(
all
50
states).

b
Number
of
occurences
is
based
on
the
total
number
of
affected
facilities
in
year
1
(
new
sources
in
year
1
plus
all
existing
sources).

c
Number
of
occurences
is
based
on
the
assumption
that
EPA
personnel
will
observe
20%
of
the
initial
performance
tests
that
occur
in
year
1
(
year
1
only
new
sources
test).

d
Number
of
occurences
is
based
on
the
assumption
that
of
the
units
that
test
in
year
1,
10%
will
have
to
retest
and
EPA
personnel
will
observe
all
these
retests.

e
Number
of
occurences
is
based
on
the
number
of
units
that
will
test
and
set/
submit
operating
limits
in
year
1
(
only
new
sources
test
in
year
1).

f
Number
of
occurences
is
based
on
the
assumption
that
of
the
new
units
in
year
1
that
test,
10%
of
them
will
have
exceedances
and
need
enforcement.
Table
11.
Annual
Federal
Government
Burden
and
Cost
of
Recordkeeping
and
Reporting
for
the
Industrial,
Commercial,
and
Institutional
Boiler
and
Process
Heater
NESHAP
Subpart
DDDDD
­
Year
1
­
First
Year
After
Promulgation
3­
2
g
Number
of
occurences
is
the
number
of
new
facilities
and
existing
facilities
that
submit
initial
notification
in
year
1
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

h
Number
of
occurences
is
the
number
of
projected
new
units
in
year
1
that
will
submit
these
reports
(
number
of
new
units
is
based
on
DOE
%
growth
projections).

I
Number
of
occurences
is
the
number
of
new
units
in
year
1
that
will
conduct
a
performance
test.

j
Number
of
occurences
is
the
number
of
new
facilities
in
year
1
that
submit
this
report
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

k
No
semiannual
reports
occur
in
year
1.

L
Number
of
occurences
is
the
number
of
new
units
in
year
1
that
conduct
performance
tests.

m
Number
of
occurences
is
the
number
of
new
facilities
in
year
1
that
develop
SSMPs
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

n
Total
cost
is
based
on
the
number
of
trips
taken
by
EPA
to
observe
performance
tests
in
year
1
(
4.
A.
&
4.
B.)
multiplied
by
$
881
per
trip.
Table
12.
Annual
Federal
Government
Burden
and
Cost
of
Recordkeeping
and
Reporting
for
the
Industrial,
Commercial,
and
Institutional
Boiler
and
Process
Heater
NESHAP
Subpart
DDDDD
­
Year
2
­
Second
Year
After
Promulgation
3­
3
Burden
Item
EPA
hours
per
occurrence
(
A)
Number
of
occurrences
per
year
(
B)
EPA
hours
per
occurrence
per
year
(
C=
AxB)
Technical
hours
per
year
(
D=
C)
Mangmt
hours
per
year
(
E=
Dx0.05)
Clerical
hours
per
year
(
F=
Dx0.1)
(
H)
Costs,
$
e
Footnotes
1.
Litigation
n/
a
0
0
0
0
0
0
2.
Read
and
understand
rule
requirements
40
50
2000
2000
100
200
90,958
a
3.
Enter
and
update
information
into
agency
recordkeeping
system
4
29678
118712
118712
5935.6
11871.2
5,398,903
b
4.
Required
activities
for
sources
with
add­
on
control
devices
0
0
0
0
0
A.
Observe
initial
add­
on
control
device
performance
test
40
380
15216
15216
760.8
1521.6
692,008
c
B.
Observe
repeat
performance
test
40
190
7608
7608
380.4
760.8
346,004
d
C.
Review
operating
parameters
2
1902
3804
3804
190.2
380.4
173,002
e
D.
Review
continuous
parameter
monitoring
2
1902
3804
3804
190.2
380.4
173,002
e
0
0
0
0
0
5.
Excess
Emissions
Enforcement
Activities
and
inspections
24
190
0
0
0
0
0
f
6.
Notification
requirements
0
0
0
0
0
A.
Review
initial
notification
that
existing
sources
are
subject
to
the
standard
2
287
574
574
28.7
57.4
26,105
g
B.
Notifications
for
new
major
sources
0
0
0
0
0
1)
Review
notification
of
intent
to
construct
a
new
major
source
and
review
application
to
construct
5
574
2870
2870
143.5
287
130,525
h
2)
Review
notification
of
start
of
construction
2
574
1148
1148
57.4
114.8
52,210
h
3)
Review
notification
of
anticipated
startup
date
2
574
1148
1148
57.4
114.8
52,210
h
4)
Review
notification
of
actual
startup
date
2
574
1148
1148
57.4
114.8
52,210
h
C.
Review
request
for
compliance
extension
n/
a
0
0
0
0
0
0
D.
Review
notification
of
special
compliance
requirements
n/
a
0
0
0
0
0
0
E.
Review
notification
of
initial
performance
tests
and
review
test
plan
20
1902
38040
38040
1902
3804
1,730,021
I
F.
Review
notification
of
compliance
status
4
1221
4884
4884
244.2
488.4
222,119
j
G.
Records
for
area
sources
not
subject
to
the
standard
n/
a
0
0
0
0
0
0
H.
Review
of
NESHAP
waiver
application
n/
a
0
0
0
0
0
0
7.
Reporting
requirements
0
0
0
0
0
A.
Review
semiannual
compliance
report
4
288
1152
1152
57.6
115.2
52,392
k
B.
Additional
reports
0
0
0
0
0
1)
Review
of
control
device
performance
test
report
and
operating
range
20
1902
38040
38040
1902
3804
1,730,021
L
2)
Review
startup,
shutdown,
malfunction
reports
4
1221
4884
4884
244.2
488.4
222,119
m
8.
Travel
Expenses
for
Tests
Attended
(
1
person)(
30
hours
per
year)(
8
hours
per
day)($
75
perdiem)+($
600
round
trip)
=
$
881
per
trip
502,170
n
TOTAL
BURDEN
AND
COST
(
SALARY)
245,032
12,252
24,503
11,645,980
TOTAL
ANNUAL
HOURS
281787
a
Number
of
occurences
is
the
number
of
states
where
affected
sources
will
exist
(
all
50
states).

b
Number
of
occurences
is
based
on
the
total
number
of
affected
facilities
in
year
2
(
new
sources
from
years
1
and
2
plus
all
existing
sources).

c
Number
of
occurences
is
based
on
the
assumption
that
EPA
personnel
will
observe
20%
of
the
initial
performance
tests
that
occur
in
year
2
(
year
2
new
units
will
test
plus
half
of
existing
units).

d
Number
of
occurences
is
based
on
the
assumption
that
of
the
units
that
test
in
year
2,
10%
will
have
to
retest
and
EPA
personnel
will
observe
all
these
retests.

e
Number
of
occurences
is
based
on
the
number
of
units
that
will
test
and
set/
submit
operating
limits
in
year
2
(
new
units
in
year
2
plus
half
of
existing
units).

f
Number
of
occurences
is
based
on
the
assumption
that
of
the
units
in
year
2
that
test,
10%
of
them
will
have
exceedances
and
need
enforcement.

g
Number
of
occurences
is
the
number
of
new
facilities
that
submit
initial
notification
in
year
2
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).
Table
12.
Annual
Federal
Government
Burden
and
Cost
of
Recordkeeping
and
Reporting
for
the
Industrial,
Commercial,
and
Institutional
Boiler
and
Process
Heater
NESHAP
Subpart
DDDDD
­
Year
2
­
Second
Year
After
Promulgation
3­
4
h
Number
of
occurences
is
the
number
of
projected
new
units
in
year
2
that
will
submit
these
reports
(
number
of
new
units
is
based
on
DOE
%
growth
projections).

I
Number
of
occurences
is
the
number
of
new
units
in
year
2
plus
half
of
existing
units
that
will
conduct
a
performance
test.

j
Number
of
occurences
is
the
number
of
new
facilities
in
year
2
plus
half
of
existing
facilities
that
submit
this
report
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

k
Semiannual
reports
occur
in
year
2
for
those
new
facilities
from
year
1.

L
Number
of
occurences
is
the
number
of
new
units
in
year
2
plus
half
of
existing
units
that
conduct
performance
tests.

m
Number
of
occurences
is
the
number
of
new
facilities
in
year
2
that
develop
SSMPs
plus
half
of
the
existing
facilities
that
do
performance
tests
in
year
2.

n
Total
cost
is
based
on
the
number
of
trips
taken
by
EPA
to
observe
performance
tests
in
year
2
(
4.
A.
&
4.
B.)
multiplied
by
$
881
per
trip.
Table
13.
Annual
Federal
Government
Burden
and
Cost
of
Recordkeeping
and
Reporting
for
the
Industrial,
Commercial,
and
Institutional
Boiler
and
Process
Heater
NESHAP
Subpart
DDDDD
­
Year
3
­
Third
Year
After
Promulgation
3­
5
Burden
Item
EPA
hours
per
occurrence
(
A)
Number
of
occurrences
per
year
(
B)
EPA
hours
per
occurrence
per
year
(
C=
AxB)
Technical
hours
per
year
(
D=
C)
Mangmt
hours
per
year
(
E=
Dx0.05)
Clerical
hours
per
year
(
F=
Dx0.1)
(
H)
Costs,

$
e
Footnotes
1.
Litigation
n/
a
0
0
0
0
0
0
2.
Read
and
understand
rule
requirements
40
50
2000
2000
100
200
90,958
a
3.
Enter
and
update
information
into
agency
recordkeeping
system
4
29967
119868
119868
5993.4
11986.8
5,451,477
b
4.
Required
activities
for
sources
with
add­
on
control
devices
0
0
0
0
0
A.
Observe
initial
add­
on
control
device
performance
test
40
380
15216
15216
760.8
1521.6
692,008
c
B.
Observe
repeat
performance
test
40
190
7608
7608
380.4
760.8
346,004
d
C.
Review
operating
parameters
2
1902
3804
3804
190.2
380.4
173,002
e
D.
Review
continuous
parameter
monitoring
2
1902
3804
3804
190.2
380.4
173,002
e
0
0
0
0
0
5.
Excess
Emissions
Enforcement
Activities
and
inspections
24
190
0
0
0
0
0
f
6.
Notification
requirements
0
0
0
0
0
A.
Review
initial
notification
that
existing
sources
are
subject
to
the
standard
2
287
574
574
28.7
57.4
26,105
g
B.
Notifications
for
new
major
sources
0
0
0
0
0
1)
Review
notification
of
intent
to
construct
a
new
major
source
and
review
application
to
construct
5
574
2870
2870
143.5
287
130,525
h
2)
Review
notification
of
start
of
construction
2
574
1148
1148
57.4
114.8
52,210
h
3)
Review
notification
of
anticipated
startup
date
2
574
1148
1148
57.4
114.8
52,210
h
4)
Review
notification
of
actual
startup
date
2
574
1148
1148
57.4
114.8
52,210
h
C.
Review
request
for
compliance
extension
n/
a
0
0
0
0
0
0
D.
Review
notification
of
special
compliance
requirements
n/
a
0
0
0
0
0
0
E.
Review
notification
of
initial
performance
tests
and
review
test
plan
20
1902
38040
38040
1902
3804
1,730,021
I
F.
Review
notification
of
compliance
status
4
28455
113820
113820
5691
11382
5,176,420
j
G.
Records
for
area
sources
not
subject
to
the
standard
n/
a
0
0
0
0
0
0
H.
Review
of
NESHAP
waiver
application
n/
a
0
0
0
0
0
0
7.
Reporting
requirements
0
0
0
0
0
A.
Review
semiannual
compliance
report
4
1506
6024
6024
301.2
602.4
273,965
k
B.
Additional
reports
0
0
0
0
0
1)
Review
of
control
device
performance
test
report
and
operating
range
20
1902
38040
38040
1902
3804
1,730,021
L
2)
Review
startup,
shutdown,
malfunction
reports
4
28455
113820
113820
5691
11382
5,176,420
m
8.
Travel
Expenses
for
Tests
Attended
(
1
person)(
30
hours
per
year)(
8
hours
per
day)($
75
perdiem)+($
600
round
trip)
=
$
881
per
trip
502,170
n
TOTAL
BURDEN
AND
COST
(
SALARY)
468,932
23,447
46,893
21,828,728
TOTAL
ANNUAL
HOURS
539272
a
Number
of
occurences
is
the
number
of
states
where
affected
sources
will
exist
(
all
50
states).

b
Number
of
occurences
is
based
on
the
total
number
of
affected
facilities
in
year
3
(
new
sources
from
years
1,
2,
and
3
plus
all
existing
sources).

c
Number
of
occurences
is
based
on
the
assumption
that
EPA
personnel
will
observe
20%
of
the
initial
performance
tests
that
occur
in
year
3
(
year
3
new
units
will
test
plus
half
of
existing
units).

d
Number
of
occurences
is
based
on
the
assumption
that
of
the
units
that
test
in
year
3,
10%
will
have
to
retest
and
EPA
personnel
will
observe
all
these
retests.

e
Number
of
occurences
is
based
on
the
number
of
units
that
will
test
and
set/
submit
operating
limits
in
year
3
(
new
units
in
year
3
plus
half
of
existing
units).
Table
13.
Annual
Federal
Government
Burden
and
Cost
of
Recordkeeping
and
Reporting
for
the
Industrial,
Commercial,
and
Institutional
Boiler
and
Process
Heater
NESHAP
Subpart
DDDDD
­
Year
3
­
Third
Year
After
Promulgation
3­
6
f
Number
of
occurences
is
based
on
the
assumption
that
of
the
units
in
year
3
that
test,
10%
of
them
will
have
exceedances
and
need
enforcement.

g
Number
of
occurences
is
the
number
of
new
facilities
that
submit
initial
notification
in
year
3
(
number
of
new
units
divided
by
an
average
of
2
units
per
facility).

h
Number
of
occurences
is
the
number
of
projected
new
units
in
year
3
that
will
submit
these
reports
(
number
of
new
units
is
based
on
DOE
%
growth
projections).

I
Number
of
occurences
is
the
number
of
new
units
in
year
3
plus
half
of
existing
units
that
will
conduct
a
performance
test.

j
Number
of
occurences
is
the
number
of
new
facilities
in
year
3
plus
all
existing
facilities
that
submit
this
report
(
number
of
units
divided
by
an
average
of
2
units
per
facility).

k
Semiannual
reports
occur
in
year
3
for
those
new
facilities
from
years
1
and
2
plus
half
of
existing
facilities.

L
Number
of
occurences
is
the
number
of
new
units
in
year
3
plus
half
of
existing
units
that
conduct
performance
tests.

m
Number
of
occurences
is
the
number
of
new
facilities
in
year
3
plus
all
existing
facilities
that
develop
SSMPs.

n
Total
cost
is
based
on
the
number
of
trips
taken
by
EPA
to
observe
performance
tests
in
year
3
(
4.
A.
&
4.
B.)
multiplied
by
$
881
per
trip.
3­
7
Table
14.
Summary
of
Federal
Government
Burden
for
the
Proposed
Standards
For
Industrial,
Commercial,
and
Institutional
Boilers
and
Process
Heaters
(
Years
1
Through
3
and
Average)

Agency
Burden
Summary
Technical
Hours
Management
Hours
Clerical
Hours
Total
Hours
Total
Costs
Year
1
188,960
9,448
18,896
217,304
8,603,403
Year
2
245,032
12,252
24,503
281,787
11,645,980
Year
3
468,932
23,447
46,893
539,272
21,828,728
Average
Burden
per
year
346,121
14,026,037
