Table
1
­
AVERAGE
ANNUAL
EPA
RESOURCE
REQUIREMENT
FOR
THE
BERYLLIUM
NESHAP,
SUBPART
C
EPA
h/
Occurrences/
EPA
h/
Plants/
EPA
h/

Occurrence
plant/
yr
plant/
yr
yr
a
yr
(
A)
(
B)
(
C=
AxB)
(
D)
(
E=
CxD)

____________________________________________________________________________________________________________

Initial
Performance
test
New
Plant
20
1
20
0
0
Report
Review
New
Plant
Notification
of
construction
2
1
2
0
0
Request
to
use
ambient
air
concentration
alternative
b&
c
2
1
2
0
0
Notification
of
anticipated
start­
up
0.5
1
0.5
0
0
Notification
of
actual
start­
up
0.5
1
0.5
0
0
Notification
of
initial
stack
test
0.5
1
0.5
0
0
Report
initial
analysis
c
2
1
2
0
0
Existing
Plant
Notification
of
stack
test
Report
of
emission
level
determination/

operational
change
2
1
2
226
x
0.1d
45
Report
of
Monthly
Ambient
concentrations
2
12
24
10e
240
TOTAL
ANNUAL
HOURS
285
Travel
expenses
No
new
or
modified
plants
expected,
therefore
no
routine
initial
stack
tests
to
attend.

=
$
0.00/
yr
Salary
(
1
person
x
285
h/
yr
x
$
28.08/
h)
f
=
$
8,003/
yr
___________

TOTAL
ANNUAL
COST
=
$
8,0003/
yr
a
Assume
that
there
will
be
no
new
sources
in
the
next
three
years
subject
to
these
regulations.

b
This
§
61.32
request
includes
the
plan
for
placement
of
monitors
required
under
§
61.34.

c
Initial
report
requirements
of
§
61.07
would
be
fulfilled
through
completion
of
this
initial
report
required
under
§
61.32(
b)(
1)(
ii)
for
ambient
air
monitoring,
and
§
61.33(
a)
for
stack
testing.

d
Estimate
that
10%
of
sources
which
opt
to
meet
the
emission
standard
have
one
change
per
year
which
could
potentially
Increase
beryllium
emissions.
There
is
no
periodic
reporting
requirement
for
sources
which
choose
stack
testing.

e
Estimate
that
10
facilities
elect
to
comply
by
monitoring
ambient
air
concentrations.

f
Assume
an
average
GS­
10(
step
1)
wage
rate
times
a
1.6
government
benefits
multiplication
factor
to
account
for
overhead
expenses
for
a
total
of
$
28.08.
