Document ID: EPA-HQ-OW-2004-0009-0007
Agency: epa
Document Type: Supporting & Related Material
Title: 
Posted Date: 2004-12-01T05:00Z

i
TABLE
OF
CONTENTS
1
IDENTIFICATION
OF
THE
INFORMATION
COLLECTION
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1
1(
a)
Title
and
Number
of
the
Information
Collection
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1
1(
b)
Short
Characterization
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1
2
NEED
FOR
AND
USE
OF
THE
COLLECTION
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4
2(
a)
Need/
Authority
for
the
Collection
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4
2(
b)
Uses/
Users
of
the
Data
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10
2(
b)(
i)
Uses
of
the
Data
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10
2(
b)(
ii)
Users
of
the
Data
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13
3
NON­
DUPLICATION,
CONSULTATIONS,
AND
OTHER
COLLECTION
CRITERIA
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14
3(
a)
Non­
duplication
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14
3(
b)
Public
Notice
Required
Prior
to
ICR
Submission
to
OMB
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14
3(
c)
Consultations
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14
3(
d)
Effects
of
Less
Frequent
Collection
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17
3(
e)
General
Guidelines
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19
3(
f)
Confidentiality
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19
3(
g)
Sensitive
Questions
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19
4
RESPONDENTS
AND
INFORMATION
REQUESTED
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20
4(
a)
Respondents/
NAICS
Codes
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20
4(
b)
Information
Requested
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20
4(
b)(
i)
Data
Items
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36
4(
b)(
ii)
Respondent
Activities
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37
5
INFORMATION
COLLECTED
 
AGENCY
ACTIVITIES,
COLLECTION
METHODOLOGY,
AND
INFORMATION
MANAGEMENT
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56
5(
a)
Agency
Activities
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56
5(
b)
Collection
Methodology
and
Management
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58
5(
c)
Small
Entity
Flexibility
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59
5(
d)
Collection
Schedule
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62
ii
6
ESTIMATING
BURDEN
AND
COST
OF
COLLECTION
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65
6(
a)
Respondent
Burden
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66
6(
a)(
i)
Burden
to
Public
Water
Systems
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66
6(
a)(
ii)
Burden
to
Primacy
Agencies
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69
6(
b)
Respondent
Costs
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72
6(
b)(
i)
Cost
to
Public
Water
Systems
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72
6(
b)(
ii)
Cost
to
Primacy
Agencies
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72
6(
c)
Agency
Burden
and
Costs
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74
6(
d)
Estimating
Respondent
Universe
and
Total
Burden
and
Costs
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75
6(
e)
Bottom
Line
Burden
Hours
and
Costs
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75
6(
f)
Reasons
for
Change
in
Burden
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76
6(
f)(
i)
Restructuring
Adjustments
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78
6(
f)(
ii)
Other
Burden
Adjustments
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79
6(
g)
Burden
Statement
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83
iii
LIST
OF
EXHIBITS
Exhibit
1:
Structure
of
OGWDW
ICRs
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8
Exhibit
2:
PWS
Recordkeeping
and
Reporting
Requirements
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20
Exhibit
3:
Primacy
Agency
Recordkeeping
and
Reporting
Requirements
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27
Exhibit
4:
Regulated
Organic
Compounds
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48
Exhibit
5:
EPA
Requirements
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57
Exhibit
6:
Collection
Schedule
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63
Exhibit
7:
Annual
PWS
Burden
and
Cost
2005­
2007
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73
Exhibit
8:
Annual
Primacy
Agency
Burden
and
Cost
2005­
2007
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74
Exhibit
9:
Bottom
Line
Annual
Burden
and
Cost
2005­
2007
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76
Exhibit
10:
Summary
of
Changes
in
Annual
Burden
(
Includes
both
PWS
and
Primacy
Agency
Burden)
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77
Exhibit
11:
Restructuring
Adjustments
to
the
Annual
Burden
Inventory
for
the
DDBP/
Chem/
Rads
Rules
ICR
(
Includes
both
PWS
and
Primacy
Agency
Burden)
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78
Exhibit
12:
Adjustments
to
PWS
Burden
from
Previous
ICR
Estimates
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79
Exhibit
13:
Adjustments
to
Primacy
Agency
Burden
from
Previous
ICR
Estimates
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81
Exhibit
14:
Adjustments
to
Annual
Burden
Carried
Forward
from
Previous
ICR
Estimates
(
Includes
both
PWS
and
Primacy
Agency
Burden)
.
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83
LIST
OF
FIGURES
Figure
1:
Structure
of
OGWDW
ICRs
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7
iv
APPENDICES
Appendix
A.
Federal
Register
Notices
Soliciting
Comment
on
Information
Collection
Requests
Appendix
B.
Stage
1
Disinfectants/
Disinfection
Byproducts
Rule
Spreadsheets
Appendix
C.
Chemical
Phase
Regulation
Spreadsheets
Appendix
D.
Unregulated
Contaminant
Monitoring
Rule
Spreadsheets
Appendix
E.
2000
Radionuclides
Rule
Spreadsheets
Appendix
F.
Disinfectant
Residual
Monitoring
and
Associated
Activities
under
the
Surface
Water
Treatment
Rule
Spreadsheets
Appendix
G.
Arsenic
Rule
Spreadsheets
Appendix
H.
Lead
and
Copper
Rule
Spreadsheets
v
ACRONYMS
AMWA
Association
of
Metropolitan
Water
Agencies
AWWA
American
Water
Works
Association
ASDWA
Association
of
State
Drinking
Water
Administrators
BATs
Best
Available
Technologies
CCR
Consumer
Confidence
Report
CCL
Contaminant
Candidate
List
CDC
Centers
for
Disease
Control
and
Prevention
CFR
Code
of
Federal
Regulations
CT
Contact
Time
CWS
Community
Water
System
CWSS
Community
Water
System
Survey
DBP
Disinfection
Byproduct
DBPR
Disinfectants
and
Disinfection
Byproducts
Rule
DDBP/
Chem/
Rads
Disinfectants
and
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
DWSRF
Drinking
Water
State
Revolving
Fund
EA
Economic
Analysis
EPA
Environmental
Protection
Agency
FBRR
Filter
Backwash
Recycling
Rule
FR
Federal
Register
FTE
Full
Time
Equivalent
FY
Fiscal
Year
GWR
Ground
Water
Rule
HAA5
Haloacetic
Acids
ICR
Information
Collection
Request
ICW
Information
Correction
Worksheet
IESWTR
Interim
Enhanced
Surface
Water
Treatment
Rule
IOCs
Inorganic
Compounds
LCR
Lead
and
Copper
Rule
LT1ESWTR
Long
Term
1
Enhanced
Surface
Water
Treatment
Rule
LT2ESWTR
Long
Term
2
Enhanced
Surface
Water
Treatment
Rule
MCL
Maximum
Contaminant
Level
MCLG
Maximum
Contaminant
Level
Goal
MDL
Method
Detection
Limit
MRDL
Maximum
Residual
Disinfection
Level
mrem
Millirem
NAICS
North
American
Industry
Classification
System
NCOD
National
Contaminant
Occurrence
Database
NDWAC
National
Drinking
Water
Advisory
Council
NIPDWRs
National
Interim
Primary
Drinking
Water
Regulations
NPDWRs
National
Primary
Drinking
Water
Regulations
vi
NTNCWS
Nontransient
Noncommunity
Water
System
OECA
Office
of
Enforcement
and
Compliance
Assurance
OGWDW
Office
of
Ground
Water
and
Drinking
Water
O&
M
Operation
and
Maintenance
OMB
Office
of
Management
and
Budget
pCi/
L
PicoCuries
per
liter
PN
Public
Notification
PRA
Paperwork
Reduction
Act
PWS
Public
Water
System
PWSS
Public
Water
System
Supervision
RegNeg
Regulatory
Negotiation
RFA
Regulatory
Flexibility
Analysis
SBREFA
Small
Business
Regulatory
Enforcement
Fairness
Act
SDWA
Safe
Drinking
Water
Act
SDWIS
Safe
Drinking
Water
Information
System
SMF
Standardized
Monitoring
Framework
SNC
Significant
Non­
Compliance
SOCs
Synthetic
Organic
Compounds
SWAP
Source
Water
Assessment
Program
SWTR
Surface
Water
Treatment
Rule
TCR
Total
Coliform
Rule
TNCWS
Transient
Noncommunity
Water
System
TTHM
Total
Trihalomethane
UCMR
Unregulated
Contaminant
Monitoring
Rule
UIC
Underground
Injection
Program
VOCs
Volatile
Organic
Compounds
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
1
Throughout
this
document,
the
terms
"
State"
or
"
States"
are
used
to
refer
to
all
types
of
primacy
agencies.
There
are
currently
57
primacy
entities,
including
the
50
States,
the
District
of
Columbia,
U.
S.
territories
(
Puerto
Rico,
U.
S.
Virgin
Islands,
Guam,
American
Samoa,
and
Northern
Marianas),
and
the
Navajo
Nation.
Though
Wyoming
and
the
District
of
Columbia
do
not
have
primacy,
the
EPA
burden
for
these
activities
counts
as
primacy
agency
burden.

2
SDWIS
replaced
the
Federal
Reporting
Data
System
as
the
national
drinking
water
database
of
record
on
August
15,
1995.

1
1
IDENTIFICATION
OF
THE
INFORMATION
COLLECTION
1(
a)
Title
and
Number
of
the
Information
Collection
Title:
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
OMB
Control
Number:
2040­
0204
EPA
Tracking
Number:
1896.05
1(
b)
Short
Characterization
The
Office
of
Ground
Water
and
Drinking
Water
(
OGWDW)
in
the
Office
of
Water
at
the
United
States
Environmental
Protection
Agency
(
EPA
or
the
Agency)
is
responsible
for
managing
the
Public
Water
System
Supervision
(
PWSS)
Program,
a
national
program
mandated
by
the
Safe
Drinking
Water
Act
(
SDWA).
Section
1412
of
the
SDWA
requires
EPA
to
establish
National
Primary
Drinking
Water
Regulations
(
NPDWRs)
for
contaminants
that
may
adversely
impact
human
health.
The
Act
further
requires
EPA
to
monitor
and
enforce
these
regulations
to
ensure
that
the
nation's
drinking
water
dependably
complies
with
the
maximum
contaminant
levels
(
MCLs)
or
maximum
residual
disinfectant
levels
(
MRDLs),
as
stipulated
in
the
Code
of
Federal
Regulations
(
CFR),
40
CFR
Part
141,
Subpart
B.

Section
1445
of
the
SDWA
stipulates
that
every
drinking
water
supplier
must
conduct
monitoring,
maintain
records,
and
provide
such
information
as
is
needed
for
EPA
to
implement
its
monitoring
and
enforcement
responsibilities
with
respect
to
the
Act.
State1
governments
 
in
those
States
that
have
assumed
primary
enforcement
responsibility
(
i.
e.,
primacy)
for
public
water
systems
(
PWSs)
under
the
SDWA
Section
1413
 
ensure
that
PWSs
are
complying
with
these
monitoring
requirements.
As
part
of
the
PWSS
Program,
the
OGWDW
uses
the
Safe
Drinking
Water
Information
System
(
SDWIS)
2
to
record
some
of
the
data
collected
as
a
result
of
NPDWR
requirements.
SDWIS
is
a
database
management
system
that
assists
EPA
in
tracking
and
interpreting
monitoring
data
and
other
program­
related
data.
These
data
assist
EPA
in
fulfilling
its
SDWA
obligations.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
3
EPA
has
organized
UCMR
contaminants
into
2
rules
lists
based
on
analytical
method
readiness
and
current
contaminant
occurrence
data;
specifically:
the
first
rule
(
UCMR
1)
which
covers
List
1
(
Assessment
Monitoring),
List
2
(
Screening
Survey)
contaminants,
and
a
second
rule
(
UCMR
2),
which
is
under
development.
Only
UCMR
1
(
List
1
and
2)
contaminants
are
addressed
in
this
ICR,
as
monitoring
for
UCMR
2
contaminants
will
be
required
only
after
future
rulemakings
specify
analytical
methods
for
those
contaminants.
For
simplicity,
UCMR
1
assessment
monitoring
for
List
1
contaminants
and
screening
survey
monitoring
for
List
2
contaminants
are
hereafter
referred
to
as
List
1
and
List
2.

4
Includes
only
the
SWTR
components
relating
to
disinfectant
residual
monitoring
and
associated
activities.
All
remaining
SWTR
requirements
are
included
in
the
Microbial
Rules
ICR.

2
This
Information
Collection
Request
(
ICR)
was
prepared
in
accordance
with
the
February
1999
version
of
EPA's
Guide
to
Writing
Information
Collection
Requests
Under
the
Paperwork
Reduction
Act
(
PRA)
of
1995
(
or
"
ICR
Handbook")
prepared
by
EPA's
Office
of
Environmental
Information,
Office
of
Information
Collection,
Collection
Strategies
Division.
The
ICR
Handbook
provides
the
most
current
instructions
for
ICR
preparation
to
ensure
compliance
with
the
1995
PRA
amendments
and
the
Office
of
Management
and
Budget's
(
OMB's)
implementing
guidelines.

Many
information
collection
requirements
associated
with
the
SDWA
and
its
implementing
regulations
are
associated
with
rulemakings
that
address
specific
contaminants
or
groups
of
contaminants.
This
ICR
examines
PWS,
primacy
agency,
and
EPA
burden
and
cost
for
chemical
regulations
only.
Microbial
contaminants,
such
as
those
regulated
under
the
Total
Coliform
Rule
(
TCR),
are
addressed
in
the
Microbial
Rules
ICR
(
OMB
No.
2040­
0205).
Crosscutting
recordkeeping
and
reporting
requirements
 
i.
e.,
the
burden
and
cost
for
complying
with
drinking
water
information
requirements
that
are
not
associated
with
contaminant­
specific
rulemakings
 
are
addressed
in
the
PWSS
Program
ICR
(
OMB
No.
2040­
0090).
Future
chemical­
related
rulemakings,
such
as
Radon
and
the
Stage
2
DBPR,
will
be
added
to
this
ICR
after
the
regulations
are
finalized
and
the
initial,
rule­
specific,
ICRs
have
expired.

The
specific
chemical
regulations
addressed
in
this
ICR
include
the
following
 
1)
Stage
1
Disinfectants
and
Disinfection
Byproducts
Rule
(
Stage
1
DBPR)
2)
Chemical
Phase
Rules
(
Phases
II/
IIB/
V)
3)
Unregulated
Contaminant
Monitoring
Rule
1
(
UCMR
1),
Lists
1
and
23
4)
1976
Radionuclides
Rule
and
2000
Radionuclides
Rule
5)
Total
Trihalomethanes
(
TTHM)
Rule
6)
Disinfectant
Residual
Monitoring
and
Associated
Activities
under
the
Surface
Water
Treatment
Rule
(
SWTR)
4
7)
Arsenic
Rule
8)
Lead
and
Copper
Rule
(
LCR)
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
3
This
ICR
estimates
costs
for
calendar
years
2005,
2006,
and
2007.

The
total
annual
burden
associated
with
this
ICR
is
estimated
to
be
6.4
million
hours
per
year.
The
total
annual
cost
associated
with
this
ICR
is
estimated
to
be
approximately
$
379.8
million.
The
distribution
of
annual
burden
between
PWSs
and
primacy
agencies
is
approximately
4.3
million
hours
and
2.1
million
hours,
respectively.
The
distribution
of
annual
costs
between
PWSs
and
primacy
agencies
is
approximately
$
312.4
million
and
$
67.4
million,
respectively.
The
Agency
burden
for
this
ICR
is
estimated
at
4,777
hours
annually,
at
an
annual
cost
of
$
0.95
million.
Section
6
and
Appendices
B
through
H
provide
details
of
all
burden
and
cost
estimates.

The
approximate
annual
operation
and
maintenance
(
O&
M)
and
capital
costs
are
$
194.8
million
($
187.8
million
for
O&
M
and
$
6.9
million
for
capital).
This
represents
the
"
cost
burden"
as
reported
in
the
OMB
inventory.

The
total
annual
number
of
respondents
for
this
ICR
is
161,274.
Fifty
seven
of
these
respondents
are
primacy
agencies
and
the
remaining
161,217
respondents
are
existing
PWSs.
The
total
annual
number
of
responses
for
these
respondents
is
17.6
million
(
16.6
million
for
PWSs
and
0.97
million
for
primacy
agencies).
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
5
EPA
has
organized
UCMR
contaminants
into
2
rules
lists
based
on
analytical
method
readiness
and
current
contaminant
occurrence
data;
specifically:
the
first
rule
(
UCMR
1)
which
covers
List
1
(
Assessment
Monitoring),
List
2
(
Screening
Survey)
contaminants,
and
a
second
rule
(
UCMR
2),
which
is
under
development.
Only
UCMR
1
(
List
1
and
2)
contaminants
are
addressed
in
this
ICR,
as
monitoring
for
UCMR
2
contaminants
will
be
required
only
after
future
rulemakings
specify
analytical
methods
for
those
contaminants.
For
simplicity,
UCMR
1
assessment
monitoring
for
List
1
contaminants
and
screening
survey
monitoring
for
List
2
contaminants
are
hereafter
referred
to
as
List
1
and
List
2.

6
Includes
only
SWTR
components
relating
to
disinfectant
residual
monitoring
and
associated
activities.
All
remaining
SWTR
requirements
are
included
in
the
Microbial
Rules
ICR.

4
2
NEED
FOR
AND
USE
OF
THE
COLLECTION
2(
a)
Need/
Authority
for
the
Collection
This
section
identifies
the
regulatory
or
statutory
authority
for
the
information
collection
activities
covered
in
this
ICR
and
explains
EPA's
need
for
the
information.
Section
4
of
this
ICR
contains
a
summary
of
the
major
types
of
recordkeeping
and
reporting
requirements
for
chemical
contaminants
covered
by
this
ICR.

To
allow
the
public
to
better
understand
the
impact
of
the
recordkeeping
and
reporting
requirements
stemming
from
the
SDWA
and
40
CFR
Parts
141
and
142,
OGWDW
has
organized
its
ICRs
so
that
related
activities
are
addressed
in
the
same
ICR.
Specifically,
there
are
three
primary
ICRs
 
the
Microbial
Rules
ICR,
the
Disinfectants/
Disinfection
Byproducts,
Chemical
and
Radionuclides
Rules
(
DDBP/
Chem/
Rads
Rules)
ICR,
and
the
Public
Water
Systems
Supervision
Program
(
PWSS
Program)
ICR.
The
Microbial
Rules
ICR
includes
rules
addressing
microbial
contaminants,
such
as
the
Total
Coliform
Rule
(
TCR),
Surface
Water
Treatment
Rule
(
SWTR),
and
the
Filter
Backwash
Recycling
Rule
(
FBRR).
The
PWSS
Program
ICR
includes
public
notification
and
rules
addressing
cross­
cutting
requirements
that
are
not
associated
with
contaminant­
specific
rule.
The
DDBP/
Chem/
Rads
Rules
ICR
includes
rules
addressing
chemical
contaminants.
The
specific
chemical
regulations
addressed
in
this
ICR
are
 
1)
Stage
1
Disinfectants
and
Disinfection
Byproducts
Rule
(
Stage
1
DBPR)
2)
Chemical
Phase
Rules
(
Phases
II/
IIB/
V)
3)
Unregulated
Contaminant
Monitoring
Rule
1
(
UCMR
1),
Lists
1
and
25
4)
1976
Radionuclides
Rule
and
2000
Radionuclides
Rule
5)
Total
Trihalomethanes
(
TTHM)
Rule
6)
Disinfectant
Residual
Monitoring
and
Associated
Activities
under
the
Surface
Water
Treatment
Rule
(
SWTR)
6
7)
Arsenic
Rule
8)
Lead
and
Copper
Rule
(
LCR)
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
5
As
EPA
publishes
new
regulations,
EPA
will
amend
the
appropriate
ICR
to
include
the
new
rules.

For
a
graphical
depiction
of
the
structure
of
the
OGWDW
ICRs,
see
Figure
1.
A
complete
itemization
of
the
activities
included
in
the
three
primary
ICRs,
as
well
as
other
drinking
water
program
ICRs,
is
included
as
Exhibit
1.

The
1986
Amendments
to
the
SDWA
require
the
Agency
to
publish
maximum
contaminant
level
goals
(
MCLGs)
and
promulgate
NPDWRs
for
83
specific
contaminants.
Promulgation
of
the
chemical­
related
rules
contained
in
this
ICR
complies
with
the
statutory
requirements
for
some
of
these
contaminants.
Promulgation
of
the
Stage
1
DBPR
complies
with
the
amended
statutory
requirements
for
these
contaminants.

In
addition,
the
1986
SDWA
Amendments
require
the
EPA
to
propose
and
promulgate
a
NPDWR
specifying
criteria
under
which
filtration
would
be
required
as
a
treatment
technique
for
public
water
systems
supplied
by
surface
water
sources
(
Section
1412
(
b)(
7)(
C)(
i)).
Promulgation
of
the
SWTR
satisfied
this
SDWA
requirement.

The
information
collected
under
this
ICR
is
required
by
EPA
to
carry
out
its
monitoring
and
enforcement
responsibilities
under
SDWA.
Without
comprehensive,
up­
to­
date
information
on
chemical
contaminants
present
in
drinking
water,
the
Agency
would
not
be
able
to
meet
the
SDWA
statutory
requirements.

Section
1401
of
the
SDWA
requires
that
 
there
must
be
criteria
and
standards
to
assure
a
supply
of
drinking
water
which
dependably
complies
with
such
maximum
contaminant
levels;
including
quality
control
and
testing
procedures
to
insure
compliance
with
such
levels
and
to
insure
proper
operation
and
maintenance
of
the
system...

Further,
§
1445
of
the
SDWA
requires
that
 
every
person
who
is
a
supplier
of
water
shall
establish
and
maintain
such
records,
make
such
reports,
conduct
such
monitoring,
and
provide
such
information
as
the
Administrator
may
reasonably
require
by
regulation
to
assist
him
in
establishing
regulations,
in
determining
whether
such
person
has
acted
or
is
in
compliance
with
this
title...
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
6
In
addition,
§
1401(
1)(
d)
of
the
SDWA
1986
Amendments
defines
NPDWRs
to
include
"
criteria
and
procedures
to
assure
a
supply
of
drinking
water
which
dependably
complies
with
such
maximum
contaminant
levels;
including
accepted
methods
for
quality
control
and
testing
procedures
..."
This
section
authorizes
EPA
to
require
systems
and
laboratories
to
use
Agencyapproved
methods
and
quality
assurance
criteria
for
collecting
and
analyzing
water
samples.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
7
Green
=
Activities
remain
as
in
current
ICR
Blue
=
Activities
moving
out
of
standalone
ICRs
Purple
=
Future
amendments
that
will
be
added
upon
expiration
of
the
initial
standalone
ICRs
Red
=
New
Activities
Figure
1.
Structure
of
OGWDW
ICRs
PWSS
Program
ICR
2040­
0090
DDBP/
Chem/
Rads
Rules
ICR
2040­
0204
Cap
Dev
V&
E's
Primacy
Reg
PN
CCRs
State
Primacy
Activities
Stage
1
TTHMs
Chems
LCR
'
76
Rads
'
00
Rads
IESWTR
SWTR
LT1
Lab
QA
2040­
0246
Microbial
Rules
ICR
2040­
0205
FBRR
TCR
GWR
Arsenic
Stage
2
UCMR
1
Radon
Needs
Survey
2040­
0251
DW
SRF
2040­
0185
SWAP
2040­
0197
Op
Cert
LT2
Bioterrorism
2040­
0253
Tribal
Op
Cert
UCMR
2
Class
V
Florida
Class
I
UIC
Program
Constructed
Conveyances
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
7
Disinfectant
residual
monitoring
and
associated
activities
are
included
in
the
DDBP/
Chem/
Rads
Rules
ICR.

8
Exhibit
1:
Structure
of
OGWDW
ICRs
Currently
covered
To
be
covered
in
the
future
PWSS
Program
ICR
(
2040­
0090)

Consumer
Confidence
Reports
(
CCRs)
Laboratory
Quality
Assurance
Evaluation
Program
(
Lab
QA)

Primacy
Regulation
Activities
Variances
&
Exemptions
The
Capacity
Development
Program
General
State
Primacy
Activities
Public
Notification
(
PN)

Operator
Certification
Guidelines
and
Expense
Reimbursement
Grants
Program
Tribal
Operator
Certification
Microbial
Rules
ICR
(
2040­
0205)

Surface
Water
Treatment
Rule,
except
disinfectant
residual
monitoring
and
associated
activities7
Long
Term
2
Enhanced
Surface
Water
Treatment
Rule
(
LT2ESWTR)

Total
Coliform
Rule
Ground
Water
Rule
Interim
Enhanced
Surface
Water
Treatment
Rule
(
IESWTR)

Filter
Backwash
Recycling
Rule
Long
Term
1
Enhanced
Surface
Water
Treatment
Rule
(
LT1ESWTR)

Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
(
2040­
0204)

Stage
1
Disinfectants
and
Disinfection
Byproducts
Rule
Stage
2
DBPR
Disinfectant
Residual
Monitoring
and
Associated
Activities
under
the
SWTR
Radon
Total
Trihalomethanes
Rule
Unregulated
Contaminant
Monitoring
Rule
Chemical
Phase
Rules
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Currently
covered
To
be
covered
in
the
future
9
2000
Radionuclides
Rule
1976
Radionuclides
Rule
Unregulated
Contaminant
Monitoring
Rule
(
List
1
and
List
2)

Arsenic
Rule
Lead
and
Copper
Rule
Source
Water
Assessment
Program
(
SWAP)
ICR
(
2040­
0197)

SWAP
Underground
Injection
Control
(
UIC)
Program
ICR
(
2040­
0042)

UIC
Base
Program
Activities
Florida
Class
I
Rule
Class
V
Rule
Drinking
Water
State
Revolving
Fund
(
DWSRF)
Program
ICR
(
2040­
0185)

Drinking
Water
State
Revolving
Fund
Program
Drinking
Water
Infrastructure
Needs
Survey
ICR
(
2040­
0251)

2003
Needs
Survey
Title
VI
of
the
Public
Health
Security
and
Bioterrorism
Preparedness
and
Response
Act
of
2002:
Drinking
Water
Security
and
Safety
ICR
(
2040­
0253)

Vulnerability
Assessments
and
Emergency
Response
Plans
for
CWSs
To
implement
its
compliance
oversight
and
enforcement
responsibilities
under
the
SDWA,
EPA
requires
PWSs
to
monitor
for
various
drinking
water
contaminants.
The
results
of
this
monitoring
must
be
reported
to
primacy
agencies,
which
in
turn
report
a
specified
subset
of
this
information
in
SDWIS.
Additionally,
both
PWSs
and
primacy
agencies
must
maintain
records
of
analytic
results
and
other
related
activities
(
e.
g.,
sanitary
survey
results).
Without
comprehensive,
up­
to­
date
information
on
drinking
water
contamination
(
as
provided
by
SDWIS),
EPA
would
not
be
able
to
ensure
a
supply
of
drinking
water
which
dependably
complies
with
such
maximum
contaminant
levels.
If
these
monitoring
requirements
were
voluntary,
EPA
would
not
receive
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
10
timely,
comprehensive
data
on
contaminant
levels
and
associated
acute
and
long­
term
public
health
risks.
Specifically,
voluntary
monitoring
would
not
 

Reliably
occur
with
sufficient
frequency.

Follow
uniform
national
standards
on
quality
of
sampling,
collection,
and
analysis.

Ensure
that
monitoring
addresses
all
contaminants
listed
in
the
regulations.

Thus,
without
this
information
collection,
EPA
would
not
be
able
to
guarantee
safe
drinking
water
for
the
nation.

Additionally,
EPA
uses
SDWIS
data
to
estimate
the
costs
of
new
regulations
and
to
conduct
economic
and
policy
analyses
that
promote
cost­
effective
regulatory
approaches.
These
uses
are
discussed
in
more
detail
in
Section
2(
b)
below.

Section
4
of
the
ICR
contains
a
summary
of
the
major
types
of
chemical
contaminant
recordkeeping
and
reporting
requirements,
as
mandated
by
40
CFR
Parts
141
and
142.
Specifically,
most
reporting
required
by
PWSs
can
be
found
in
§
§
141.31,
141.34,
and
141.35.
Most
recordkeeping
requirements
for
PWSs
are
codified
in
§
141.33,
which
requires
that
the
results
of
chemical
analyses
be
kept
for
a
period
of
at
least
10
years.
Reporting
and
recordkeeping
required
by
States
can
be
found
in
§
§
142.15
and
142.14,
respectively.

2(
b)
Uses/
Users
of
the
Data
2(
b)(
i)
Uses
of
the
Data
Primary
users
of
the
data
collected
under
this
ICR
are
EPA
Headquarters,
PWS
managers,
and
primacy
agencies,
which
include
State
regulators,
Indian
Tribes,
and,
in
some
instances,
EPA
Regional
Administrators.
This
section
contains
more
information
about
how
chemical­
related
data
are
used
specifically
for
analytical
monitoring,
regulatory
enforcement,
oversight
of
State
programs,
economic
and
policy
analyses,
and
other
Agency
and
public
data
evaluations.
Each
of
these
functions
is
discussed
in
greater
detail
below.

Analytical
Monitoring
PWSs
maintain
records
on
the
analytical
results
of
monitoring
and
use
these
data
to
 

Evaluate
the
quality
of
water
delivered
to
customers.

Examine
treatment
efficacy.

Determine
compliance
with
national
standards.

Modify
monitoring
frequencies,
schedules,
and
variances
to
address
potential
health
risks.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
8
The
burden
associated
with
implementing
the
PN
requirements
is
currently
addressed
in
the
PWSS
Program
ICR
(
OMB
No.
2040­
0090)).

11

Alert
the
public,
through
notices
in
the
mass
media
or
water
bills,
when
the
system
is
not
in
compliance
with
Federal
and
State
regulations
so
that
they
may
take
actions
to
minimize
exposure
to
potentially
harmful
drinking
water
contaminants.
8
Quarterly
and
annual
reports
that
primacy
agencies
must
submit
to
EPA
include
analytical
results,
by
contaminant
type,
for
each
PWS.
This
reporting
is
required
to
establish
primacy
and
maintain
eligibility
for
grants.
All
of
this
information
is
stored
in
SDWIS,
which
supports
overall
maintenance
and
retrieval
of
information.
SDWIS
contains
information
on
the
following:
inorganic
chemicals,
organic
chemicals,
radionuclides,
microbiological
contaminants,
and
turbidity.
Thus,
SDWIS
allows
EPA
to
compare
water
system­
level
compliance
data
from
year
to
year
and
to
analyze
compliance
trends
at
the
system,
State,
and
national
program
levels.

Regulatory
Enforcement
Using
SDWIS,
system­
level
compliance
data
may
be
compared
from
year
to
year
and
trends
in
compliance
data
can
be
evaluated
at
the
system,
State,
and
national
program
levels.
Primacy
agencies
are
responsible
for
enforcement
activities
and
can
use
SDWIS
data
to
track
compliance
progress
in
their
jurisdictions,
to
identify
enforcement
targets
and
systems
requiring
remedial
action,
and
to
monitor
progress
of
capacity
development
strategies.
The
primacy
agency
must
also
track
enforcement
actions
issued
against
each
PWS
not
in
compliance
with
drinking
water
standards
and
evaluate
the
system's
status
in
meeting
schedules
designed
to
return
the
PWS
to
compliance.

On
a
quarterly
basis,
EPA
uses
SDWIS
to
generate
a
list
of
PWSs
that
are
in
significant
non­
compliance
(
SNC).
EPA
can
use
these
data
to
oversee
State
programs
and
support
Federal
enforcement
actions
in
cases
where
States
fail
to
enforce
against
violations
of
drinking
water
standards.
If
a
State
has
failed
to
take
timely
and
appropriate
action,
EPA
may
become
directly
involved
in
enforcement
by
issuing
an
administrative
order.
If
the
system
does
not
comply
with
the
order,
EPA
may
seek
an
administrative
penalty
or
court
action.
EPA
may
also
take
action
against
a
PWS
before
it
is
in
SNC.

Another
output
of
SDWIS
evaluations
is
an
annual
compliance
report
prepared
jointly
by
OGWDW
and
the
Office
of
Enforcement
and
Compliance
Assurance
(
OECA),
which
provides
a
national
perspective
on
contaminant­
by­
contaminant
trends
in
compliance.
This
report
allows
OGWDW
managers
to
examine
important
policy
questions
relating
to
enforcement.
For
example,
managers
may
use
this
information
to
determine
if
current
regulations
and
implementing
policies
are
producing
intended
results.
If
not,
they
may
then
identify
the
types
of
changes
needed
to
meet
program
objectives.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
12
Oversight
of
State
Programs
State
reporting
is
a
condition
for
maintaining
primacy.
Primacy
agencies
play
a
crucial
role
in
implementing
the
SDWA,
and
EPA
is
charged
with
overseeing
the
performance
of
these
States.
Generally,
EPA
Regional
Offices
perform
this
duty
and
use
SDWIS
data
to
develop
summary
statistics
on
individual
State
performance.

In
addition,
EPA
uses
the
data
to
evaluate
the
impact
of
SDWA
requirements
on
primacy
agencies.
The
data
allow
EPA
to
gauge
if
it
has
accurately
estimated
the
impact
of
the
SDWA
on
States
implementing
and
enforcing
the
various
drinking
water
regulations.
Such
data
provide
EPA
with
the
opportunity
to
improve
program
effectiveness
and
efficiency
and
identify
areas
requiring
additional
focus.
Specifically,
EPA
uses
the
Resource
Analysis
Computer
Program
for
State
Drinking
Water
Agencies
to
support
this
State
impact
evaluation.
The
model
contains
a
comprehensive
list
of
activities
required
to
operate
a
drinking
water
program.

Implementation
Assistance
EPA
also
uses
the
data
collected
to
assist
small
systems
in
implementing
SDWA
requirements,
including
developing
variances
and
exemptions
and
evaluating
PWS
capacity.
If
a
PWS
is
unable
to
meet
standard
requirements
due
to
source
water
quality
or
affordability
concerns,
a
variance
or
exemption
would
allow
the
system
to
comply
with
slightly
different
drinking
water
standards
or
implementation
schedules
that
are
still
protective
of
public
health.
Capacity
development
is
a
State
effort
to
help
all
drinking
water
systems,
particularly
small
systems,
improve
their
finances,
management,
infrastructure,
and
operations.
This
helps
ensure
that
safe
drinking
water
is
provided,
consistently,
reliably,
and
cost­
effectively.

Economic
and
Policy
Analyses
SDWIS
data
are
used
extensively
in
developing
Economic
Analyses
(
EAs)
of
proposed
new
regulations
or
revisions
of
existing
regulations.
The
data
help
to
determine
a
system's
susceptibility
and
vulnerability
to
contaminants,
as
well
as
the
potential
for
co­
occurrence
of
contaminants.
Data
are
also
used
by
OGWDW
to
conduct
analyses
used
in
developing
new
policies,
regulations,
and
guidance
documents.
When
analyzing
economic
or
financial
impacts
on
the
water
supply
industry
or
consumers,
EPA
uses
compliance
data
from
SDWIS,
together
with
other
national
survey
data,
to
estimate
the
number
of
systems
that
would
have
to
install
treatment
technologies
or
apply
contamination
reduction
measures
to
reduce
public
health
risks.
Without
such
data,
EPA
would
be
unable
to
predict
costs
and
benefits
that
systems
would
incur
under
new
or
revised
regulations.

Additionally,
EPA
uses
such
data
to
revise
characterizations
of
public
health
and
environmental
risks.
This
information
is
then
used
to
determine
if
less
stringent
regulation
is
warranted.
For
example,
EPA
will
use
the
unregulated
contaminant
monitoring
data
to
formulate
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
13
future
drinking
water
program
regulations.
Specifically,
the
data
generated
by
the
UCMR
1
will
be
used
to
evaluate
and
prioritize
contaminants
on
the
Drinking
Water
Contaminant
Candidate
List
(
CCL),
a
list
of
contaminants
EPA
is
considering
for
possible
new
drinking
water
standards.
These
data
will
help
to
ensure
that
future
decisions
about
drinking
water
standards
are
based
on
sound
science.

2(
b)(
ii)
Users
of
the
Data
The
information
collected
by
EPA
is
made
available
to
the
public
upon
request,
as
required
by
the
Freedom
of
Information
Act
(
40
CFR,
Chapter
1,
Part
2).
In
some
cases,
the
SDWA
requires
that
the
information
be
provided
to
the
public
or
primacy
agency.
Other
agencies
that
utilize
the
data
include
 

Staff
from
other
EPA
programs
(
such
as
Superfund,
the
Resource
Conservation
and
Recovery
Act,
and
the
OECA)

The
Federal
Emergency
Management
Administration

Centers
for
Disease
Control
and
Prevention
(
CDC)

Military
bases

Farmers
Home
Administration

Department
of
Interior

Department
of
Housing
and
Urban
Development

U.
S.
Army
Corps
of
Engineers

White
House
Task
Forces

American
Water
Works
Association

Association
of
Metropolitan
Water
Agencies

National
Rural
Water
Association

National
Association
of
Water
Companies

Association
of
State
Drinking
Water
Administrators

Natural
Resources
Defense
Council

Consumers
Federation
of
America

News
Organizations
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
14
3
NON­
DUPLICATION,
CONSULTATIONS,
AND
OTHER
COLLECTION
CRITERIA
3(
a)
Non­
duplication
EPA
has
made
an
effort
to
ensure
that
the
data
collection
efforts
associated
with
this
ICR
are
not
duplicated.
EPA
has
consulted
State
environmental
programs,
other
Federal
agencies
(
such
as
CDC),
and
regulated
entities
(
such
as
PWSs
and
their
representative
trade
associations).
To
the
best
of
EPA's
knowledge,
data
currently
required
by
the
SDWA
(
and
its
implementing
regulations
codified
at
40
CFR
Parts
141
and
142)
are
not
available
from
any
other
source.

3(
b)
Public
Notice
Required
Prior
to
ICR
Submission
to
OMB
To
comply
with
the
1995
Amendments
to
the
PRA,
EPA
solicited
public
comment
on
this
ICR
for
a
60­
day
period
before
it
was
submitted
to
OMB.
Specifically,
EPA
published
a
notice
in
the
Federal
Register
requesting
comment
on
the
estimated
respondent
burden
and
other
aspects
of
this
ICR
(
Appendix
A).
EPA
received
one
comment
during
the
60­
day
comment
period.
The
anonymous
comment
noted
that
figures
1
and
2
were
missing
and
EPA
promptly
corrected
the
oversight.
An
additional
Federal
Register
notice
will
be
published
prior
to
submission
of
this
ICR
to
OMB.
The
public
comment
period
for
this
additional
notice
is
30
days.

3(
c)
Consultations
As
a
standard
regulatory
development
practice
to
promote
public
involvement,
EPA
formally
solicits
public
comment
on
proposed
drinking
water
rules.
Before
any
rule
is
finalized,
EPA
logs
and
evaluates
all
written
comments
on
proposed
rules.
Additionally,
EPA
usually
holds
public
meetings
during
which
any
interested
party
may
provide
oral
testimony
for
Agency
consideration.
Such
meetings
are
typically
announced
in
the
Federal
Register
notice
accompanying
the
proposed
rule.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
15
In
the
initial
phases
of
program
development,
or
to
confirm
assumptions
on
which
rules
or
guidelines
are
based,
EPA
often
augments
formal
meetings
with
other
workshops
or
meetings
to
gather
information.
Throughout
the
development
and
implementation
of
various
chemical
regulations,
OGWDW
held
numerous
meetings
with
interested
stakeholders,
including
State,
EPA
Regional,
and
PWS
representatives,
to
identify
the
value
and
ease
of
collecting
information
needed
to
fulfill
SDWA
obligations.
Specific
examples
of
meetings
EPA
held
to
address
the
chemical
regulations
contained
in
this
ICR
include
 

Consultations
held
for
Chemical
Phase
Regulations,
including
 
S
July
12,
1989,
meeting
in
Washington,
DC
for
the
Phase
II
and
IIB
Rules.

S
September
25,
1990,
meeting
in
Washington,
DC
for
the
Phase
V
Rule.

A
Radionuclides
Stakeholder
Meeting
on
December
11­
12,
1997.
EPA
consulted
with
a
broad
range
of
stakeholders
and
technical
experts
during
the
meeting
and
discussed
a
range
of
regulation
development
issues,
including
statutory
requirements,
the
court
stipulated
agreement,
MCLs
for
each
of
the
radionuclides,
new
scientific
information
on
health
effects,
occurrence,
analytical
methods,
treatment
technologies,
and
the
current
and
proposed
monitoring
framework.
Participants
in
EPA's
stakeholder
meeting
included
representatives
from
the
Association
of
Metropolitan
Water
Agencies
(
AMWA),
Association
of
State
Drinking
Water
Administrators
(
ASDWA),
American
Water
Works
Association
(
AWWA),
National
Association
of
Water
Companies,
State
departments
of
environmental
protection,
State
health
departments,
State
drinking
water
programs,
Federal
agencies,
environmental
groups,
and
city
water
systems.

To
develop
the
Stage
1
DBPR,
EPA
instituted
a
formal
regulatory
negotiation
(
RegNeg)
process
in
1992
with
potentially
affected
parties
(
57
FR
53866;
Nov
13,
1992).
This
RegNeg
Committee
included
representatives
from
the
water
and
other
industries,
State
public
health
and
regulatory
agencies,
environmental
groups,
consumer
groups,
and
EPA.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
16

Development
of
the
UCMR
1
included
stakeholder
meetings
to
discuss
the
contaminant
list
on
a
general
basis.
Additional
meetings
focused
on
particular
issues
and
were
conducted
through
the
National
Drinking
Water
Advisory
Council's
(
NDWAC's)
Working
Group
on
Occurrence
and
Contaminant
Selection,
as
follows
 
S
December
2­
3,
1996,
Stakeholders
Meeting
S
April
3­
4,
1997,
NDWAC
Working
Group
S
June
23,
1997,
NDWAC
Working
Group
S
July
17,
1997,
NDWAC
Working
Group
S
January
7,
1998,
NDWAC
Conference
Call

Development
of
the
2001
Revised
Arsenic
Rule
included
stakeholder
meetings,
held
with
the
intent
of
collecting
input
from
those
directly
affected
by
the
revisions
to
the
arsenic
MCL
and
to
the
monitoring
requirements.
The
Agency
held
four
meetings
to
discuss
revisions
to
the
proposed
arsenic
rule:

S
September
11­
12,
1997
­
Washington,
DC;

S
February
25,
1998
­
San
Antonio,
Texas,
following
a
two­
day
American
Water
Works
Association
(
AWWA)
workshop
on
inorganics;

S
May
5,
1998
­
Monterey,
California,
prior
to
the
semi­
annual
Association
of
California
Water
Agencies
(
ACWA)
meeting;
and
S
June
2­
3,
1999
­
Washington,
DC
(
including
a
half­
day
conference
call)

In
developing
the
final
version
of
the
1991
LCR,
EPA
consulted
with
NDWAC
and
requested
comments
from
its
Science
Advisory
Board.
The
monitoring
requirements
of
the
LCR
reflect
comments
made
by
the
drinking
water
industry.
In
addition,
during
the
comment
period
for
the
1991
LCR,
approximately
28,000
comments
were
received
from
approximately
3,000
individuals
and
organizations.
Most
recently,
EPA
developed
the
Lead
and
Copper
Rule
Minor
Revisions
(
LCRMR)
(
promulgated
in
January
2000)
and
held
the
following
meetings,
consultations,
and
work
group
discussions
to
address
these
modifications:

S
The
LCRMR
workgroup
(
comprised
of
EPA
Headquarters
and
Regional
staff
as
well
as
State
drinking
water
officials)
was
established
in
1993
and
held
several
discussions
throughout
development
of
the
LCRMR.

S
Several
EPA­
sponsored
stakeholder
meetings
were
held
to
discuss
burden
reduction
efforts
and
development
of
the
LCRMR.

S
OGWDW
'
s
Data
Sharing
Committee
worked
with
several
States
and
ASDWA
to
revise
primacy
agency
reporting
requirements
based
on
comments
received
on
the
April
1996
proposed
changes.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
17
S
In
1998,
prior
to
publishing
additional
notices
for
comment,
EPA
provided
national,
local,
and
tribal
organizations
with
brief
articles
for
inclusion
in
their
newsletters.
These
articles
announced
EPA's
plans
to
publish
the
notices
and
encouraged
readers
to
provide
comment
on
the
additional
regulatory
options,
which
would
be
described
in
those
notices.

S
EPA
coordinated
closely
with
States
and
several
national
organizations
to
provide
copies
of
the
August
18,
1998,
notice
directly
to
water
systems
most
likely
to
be
affected
by
the
regulatory
options
discussed
in
the
notice.
This
included
all
water
systems
serving
more
than
50,000
people
and
any
smaller
water
system
likely
to
continue
to
exceed
an
action
level
after
the
installation
of
corrosion
control
treatment.

S
EPA
distributed
a
draft
of
the
proposed
modifications
to
ASDWA
and
major
water
utility
trade
associations.
These
groups,
in
turn,
circulated
the
draft
to
their
members
and
requested
written
comment.

S
Written
comments
were
received
from
numerous
Regional
offices
and
State
agencies.

S
PWS
input
was
gathered
through
State
comments,
as
well
as
comments
submitted
by
AMWA
and
AWWA.

S
During
February
1999,
EPA
consulted
with
a
State
Unfunded
Mandates
Reform
Act
panel
regarding
the
revised
ICR
burden
and
cost
estimates
for
the
LCR
and
LCRMR
and
assumptions
used
to
derive
these
estimates.

S
Many
of
the
suggestions
received
through
written
comments,
at
Stakeholder
meetings,
from
work
group
discussions,
and
through
other
consultations
were
incorporated
into
the
final
rule.

Since
the
regulations
covered
by
this
ICR
are
not
new,
the
typical
consultations,
workshops,
and
meetings
were
not
held
immediately
prior
to
the
development
of
this
document.

3(
d)
Effects
of
Less
Frequent
Collection
EPA
has
considered
a
wide
range
of
alternatives
for
frequency
of
data
collection.
EPA
has
chosen
to
require
the
least
frequent
collection
that
remains
consistent
with
the
overall
goal
of
protecting
public
health.
If
data
are
collected
less
frequently,
primacy
agencies
may
not
identify
in
a
timely
fashion
significant
contaminant
concentrations
that
might
threaten
the
health
and
safety
of
drinking
water
consumers.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
9
SMF
was
originally
promulgated
under
the
Phase
II
Rule
and
revised
under
Phase
IIB
and
Phase
V
regulations
(
CFR
§
§
141.23­
141.25).
It
standardizes
monitoring
requirements
within
chemical
contaminant
groups
and
synchronizes
monitoring
schedules
across
chemical
contaminant
groups
into
specific
three­
year
compliance
periods
and
nine­
year
compliance
cycles.

18
For
some
rules,
the
primacy
agency
has
discretion
in
adjusting
monitoring
schedules,
where
possible
(
e.
g.
by
granting
waivers).
Monitoring
frequencies
have
been
carefully
devised
based
on
the
following
 

Type
of
contaminant.

Type
and
size
of
system.

System
vulnerability.

Contaminant
history.

Factors
contributing
to
DBP
formation
(
Stage
1
DBPR
only).

Similarly,
UCMR
1
monitoring
frequencies
were
determined
based
on
statutory
requirements,
which
specify
that
monitoring
be
varied
based
on
the
number
of
people
served
by
a
system,
contaminants
likely
to
be
found,
and
source
of
supply.
The
monitoring
frequency
design
also
considers
that
the
number
of
people
served
affects
exposure
to
contaminants,
as
well
as
the
resources
available
to
undertake
monitoring
activity.
Monitoring
frequencies
have
been
carefully
devised
based
on
the
following
factors
 

Data
quality
needed
for
a
representative
sample.

Precision
and
accuracy
needed
from
the
representative
sample.

Number
of
people
served
by
the
system.

Source
of
the
supply
(
e.
g.,
surface
water
or
ground
water).

Contaminants
likely
to
be
found.

Temporal
variability
in
occurrence.

Synchronization
with
the
Standardized
Monitoring
Framework
(
SMF)
for
Phases
II/
V.
9
For
the
UCMR
1,
reduced
data
collection
would
seriously
affect
the
integrity
of
the
data
and
result
in
insufficient
data
to
fulfill
the
needs
envisioned
by
the
1996
SDWA
Amendments.
These
data
will
be
used
for
continued
development
of
the
CCL,
support
of
the
Administrator's
regulatory
determinations,
and
overall
regulation
development.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
19
3(
e)
General
Guidelines
This
ICR
was
prepared
in
accordance
with
the
February
1999
version
of
the
ICR
Handbook
prepared
by
EPA's
Office
of
Environmental
Information,
Office
of
Information
Collection,
Collection
Strategies
Division.
The
ICR
Handbook
provides
the
most
current
instructions
for
ICR
preparation
to
ensure
compliance
with
the
1995
PRA
amendments
and
OMB's
implementing
guidelines.

3(
f)
Confidentiality
No
confidential
information
will
be
collected
as
a
result
of
this
ICR.

3(
g)
Sensitive
Questions
No
information
of
a
sensitive
nature
will
be
collected
as
a
result
of
this
ICR.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
20
4
RESPONDENTS
AND
INFORMATION
REQUESTED
4(
a)
Respondents/
NAICS
Codes
Data
associated
with
this
ICR
are
collected
and
maintained
at
the
PWS,
State,
and
Federal
levels.
Respondents
include
 
S
Owners/
operators
of
PWSs,
who
must
report
to
their
primacy
agency.

S
Primacy
agencies
that
must
report
to
EPA
Headquarters.

S
EPA
Regional
administrators,
who
must
send
reports
and
notices
to
PWS
owners
and
States.

The
North
American
Industry
Classification
System
(
NAICS)
code
for
PWSs
is
22131.
The
NAICS
code
for
State
agencies
that
include
drinking
water
programs
are
classified
as
92411
(
Administration
of
Air
and
Water
Resources
and
Solid
Waste
Management
Programs)
or
92312
(
Administration
of
Public
Health
Programs).
Ancillary
systems
(
i.
e.,
those
that
supplement
the
function
of
other
establishments
like
factories,
power
plants,
mobile
home
parks,
etc.)
cannot
be
categorized
in
a
single
NAICS
code.
For
ancillary
systems,
the
NAICS
code
is
that
of
the
primary
establishment
or
industry.

4(
b)
Information
Requested
Exhibits
2
and
3
summarize
the
respondent
information
collection
requirements
covered
by
the
DDBP/
Chem/
Rads
Rules
ICR.
These
requirements
are
also
discussed
below.

Exhibit
2
PWS
Recordkeeping
and
Reporting
Requirements
Requirement
Regulatory
Citation
Frequency/
Retention
Period
General
Requirements
(
apply
to
all
regulations)

Reporting
Except
where
a
different
period
is
specified
in
an
individual
drinking
water
regulation,
PWSs
are
required
to
submit
the
following
to
the
State:

Results
of
any
test
measurement
or
analysis
required
in
40
CFR
Part
141.
40
CFR
141.31(
a)
At
the
end
of
the
required
monitoring
period
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency/
Retention
Period
21
Failure
to
comply
with
any
NPDWR,
including
failure
to
monitor.
40
CFR
141.31(
b)
and
(
c)
As
necessary,
unless
State
lab
performs
analysis
and
reports
results
to
State
Copies
of
records
required
to
be
maintained
under
141.33
and/
or
copies
of
documents
that
the
State
is
entitled
to
under
Section
1445
of
SDWA
or
State
law.
40
CFR
141.31(
e)
As
requested
Recordkeeping
Except
where
a
different
period
is
specified
in
an
individual
drinking
water
regulation,
PWSs
are
required
to
retain
the
following
information:

Records
of
bacteriological
or
chemical
analyses
and
related
information.
40
CFR
141.33(
a)
5
years
for
bacteriological
data;
10
years
for
chemical
data
Records
of
actions
taken
by
the
PWS
to
correct
violations
of
NPDWRs.
40
CFR
141.33(
b)
3
years
after
last
action
taken
related
to
the
violation
Copies
of
any
written
reports,
summaries,
or
communications
relating
to
sanitary
surveys
40
CFR
141.33(
c)
10
years
Records
concerning
a
variance
or
exemption
granted.
40
CFR
141.33(
d)
5
years
following
the
expiration
of
the
variance
or
exemption
Stage
1
DBPR
Reporting
For
Subpart
H
systems
serving
more
than
3,300
people
(
and
any
others
required
by
State),
develop
and
submit
a
monitoring
plan
to
the
State.
40
CFR
141.132(
f)
One
time
Report
to
the
State
specified
sampling
information
(
including
MCL
or
MRDL
exceedances)
about
disinfectants,
disinfection
byproducts,
and
disinfection
byproduct
precursors.
40
CFR
141.134(
a)
through
(
d)
Quarterly
or
as
necessary
for
systems
sampling
less
frequently
than
quarterly
Develop
and
submit
application
to
State
for
approval
of
alternative
minimum
TOC
removal
levels.
40
CFR
141.135(
b)(
3)
and
(
4)
As
necessary
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency/
Retention
Period
22
Develop
and
submit
application
to
State
for
approval
of
waiver
of
enhanced
coagulation
requirements.
40
CFR
141.135(
b)(
4)(
v)
One
time
Chemical
Phase
Rules
(
Phases
II,
IIB,
and
V)

Reporting
Apply
to
State
for
asbestos
monitoring
waiver.
40
CFR
141.23(
b)(
2)
and
(
4)
Every
3
years,
if
applicable
Apply
to
State
for
IOC
monitoring
waiver.
40
CFR
141.23(
c)(
2)
and
(
3)
Every
9
years,
if
applicable
Apply
to
the
State
to
conduct
more
frequent
IOC
monitoring.
40
CFR
141.23(
h)
One
time,
if
applicable
Apply
to
State
for
VOC
monitoring
waiver.
40
CFR
141.24(
f)(
7)
and
(
10)
Every
6
years
or
frequency
specified
by
State,
if
applicable
Apply
to
State
for
SOC
monitoring
waiver.
40
CFR
141.24(
h)(
5)
and
141.24(
h)(
7)(
iv)
Every
3
years,
if
applicable
Notify
State
of
MCL
exceedances.
40
CFR
141.23(
m)
through
(
o)
As
necessary
Submit
written
treatment
technique
certification
to
State
regarding
acrylamide
and
epichlorohydrin
levels.
40
CFR
141.111
Annually,
if
applicable
UCMR
1
(
List
1
and
2
Contaminants)

Reporting
Systems
Serving
More
than
10,000
People
Report
specified
monitoring
results.
40
CFR
141.40(
a)(
4)(
i)(
D)
One
time
Report
the
results
of
unregulated
contaminant
monitoring
to
EPA
and
provide
a
copy
to
the
State.
40
CFR
141.35(
b),
(
c),
and
(
d)(
3)
One
time
Submit
point
of
contact
information,
including
updates
if
the
information
changes
during
the
course
of
UCMR
1
implementation.
40
CFR
141.35(
d)(
1)
through
(
2)
One
time,
unless
updates
are
required
Small
Systems
that
are
Part
of
State
Monitoring
Plan
Notify
the
EPA­
designated
laboratory
if
any
materials
received
in
sampling
kits
are
missing
or
damaged.
40
CFR
141.40(
a)(
5)(
iii)(
D)
As
necessary
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency/
Retention
Period
23
Report
if
samples
are
not
collected
according
to
instructions
and
forward
the
sample
reporting
form,
which
explains
the
deviation,
to
the
EPA­
designated
laboratory.
40
CFR
141.40(
a)(
5)(
iii)(
C)
As
necessary
Send
samples
and
sampling
forms
to
the
EPAdesignated
laboratory.
40
CFR
141.40(
a)(
5)(
iii)(
G)
through
(
H)
One
time
1976
Radionuclides
Reporting
Requirements
None.
Now
a
part
of
the
2000
Radionuclides
Rule.

2000
Radionuclides
Reporting
Notify
State
of
MCL
exceedances
of
contaminants
specified
in
141.66(
b)­(
e).
40
CFR
141.26(
c)(
5)
As
necessary
TTHM
Reporting
Requirements
None.
Now
a
part
of
the
Stage
1
DBPR.

SWTR
(
only
disinfection
residual
monitoring
and
associated
activities)

Unfiltered
Systems
­
Reporting
Disinfection
information
specified
in
141.74(
b)
40
CFR
141.75(
a)(
2)
Within
10
days
after
the
end
of
each
month
the
system
serves
water
to
the
public
Filtered
Systems
­
Reporting
Disinfection
information
specified
in
141.74(
c)
40
CFR
141.75(
b)(
2)
Within
10
days
after
the
end
of
each
month
the
system
serves
water
to
the
public
Arsenic
Rule
Subject
to
general
requirements
as
listed
above.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency/
Retention
Period
24
Lead
and
Copper
Rule
Reporting
Report
to
the
State
any
information
required
by
the
treatment
provisions
in
Subpart
I
(
especially
40
CFR
141.90).
40
CFR
141.80(
i)
As
required
Tap
water
and
water
quality
parameters
(
WQP)
monitoring
requirements
Report
the
specified
information
for
all
tap
water
samples
and
all
WQP
samples.
40
CFR
141.90(
a)(
1)
End
of
the
applicable
monitoring
period
Provide
written
documentation
to
the
State
identifying
standing
times
and
locations
for
enough
non­
firstdraw
samples
to
make
up
its
sampling
pool
under
§
141.86(
b)(
5).
40
CFR
141.90(
a)(
2)(
i)
As
necessary
If
the
State
has
waived
prior
approval
of
non­
firstdraw
sample
sites
selected
by
the
system,
identify,
in
writing,
each
site
that
did
not
meet
the
six­
hour
minimum
standing
time
and
the
length
of
standing
time
for
that
particular
substitute
sample.
40
CFR
141.90(
a)(
2)(
ii)
As
necessary
For
a
water
system
deemed
to
have
optimized
corrosion
control,
a
water
system
subject
to
reduced
monitoring,
or
a
water
system
subject
to
a
monitoring
waiver,
send
written
documentation
to
the
State
describing
any
addition
of
a
new
source
or
any
change
in
water
treatment.
40
CFR
141.90(
a)(
3)
As
necessary
For
any
small
water
system
applying
for
a
monitoring
waiver,
provide
documentation
to
the
State
demonstrating
that
it
meets
the
waiver
criteria.
40
CFR
141.90(
a)(
4)(
i)
As
necessary
For
each
small
system
desiring
to
maintain
its
monitoring
waiver,
provide
written
information
to
the
State.
40
CFR
141.90(
a)(
4)(
ii)
Every
9
years
For
each
small
system
with
a
monitoring
waiver,
provide
written
notification
to
the
State
if
the
system
is
no
longer
free
of
lead­
containing
or
coppercontaining
materials.
40
CFR
141.90(
a)(
4)(
iii)
As
necessary,
within
60
days
after
becoming
aware
of
change
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency/
Retention
Period
25
For
each
ground
water
system
that
limits
WQP
monitoring
to
a
subset
of
entry
points,
provide
written
correspondence
to
the
State
that
identifies
selected
entry
points
and
includes
information
sufficient
to
demonstrate
that
the
sites
are
representative
of
water
quality
and
treatment
conditions
throughout
the
system.
40
CFR
141.90(
a)(
5)
One
time,
as
necessary
Provide
the
specified
information
to
the
State
if
the
State
calculates
the
90th
percentile
concentrations.
40
CFR
141.90(
h)(
2)
End
of
monitoring
period
Source
water
monitoring
reporting
requirements
Report
the
sampling
results
for
all
source
water
samples
collected
in
accordance
with
§
141.88.
40
CFR
141.90(
b)(
1)
End
of
monitoring
period
Specify
any
site
which
was
not
sampled
during
the
previous
monitoring
period
and
explain
why
the
sampling
point
has
changed.
40
CFR
141.90(
b)(
2)
As
necessary,
end
of
monitoring
period
Corrosion
control
treatment
reporting
requirements
For
systems
demonstrating
optimized
corrosion
control,
provide
the
State
information
demonstrating
that
the
PWS
has
conducted
activities
equivalent
to
the
applicable
corrosion
control
steps.
40
CFR
141.81(
b)(
2),
141.90(
c)(
1)
One
time,
as
necessary
For
systems
demonstrating
optimized
corrosion
control,
submit
results
of
tap
water
monitoring
and
source
water
monitoring.
40
CFR
141.81(
b)(
3)
As
necessary
For
systems
deemed
to
have
optimized
corrosion
control,
notify
the
State
in
writing
of
any
change
in
treatment
or
of
the
addition
of
a
new
source.
40
CFR
141.81(
b)(
3)(
iii)
As
necessary
Submit
monitoring
results
that
show
two
consecutive
monitoring
periods
that
meet
both
lead
and
copper
action
levels.
40
CFR
141.81(
c)
As
necessary
For
systems
exceeding
the
lead
or
copper
action
levels,
recommend
optimal
CCT.
40
CFR
141.81(
e)(
1),
141.82(
a),
141.82(
c)(
4)
&
(
6),
141.90(
c)(
2)
As
necessary,
within
6
months
of
exceedance
Request
in
writing
a
modification
of
optimal
CCT.
40
CFR
141.82(
h)
As
necessary
For
systems
required
to
evaluate
the
effectiveness
of
CCTs,
report
the
information
required
by
§
141.82(
c).
40
CFR
141.90(
c)(
3)
As
necessary
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency/
Retention
Period
26
For
systems
required
to
install
optimal
corrosion
control,
submit
a
letter
certifying
that
the
system
has
completed
installation.
40
CFR
141.90(
c)(
4)
As
necessary
Source
water
treatment
reporting
requirements
Provide
to
the
State
a
recommendation
regarding
source
water
treatment.
40
CFR
141.83(
a)(
1),
40
CFR
141.83(
b)(
1),
40
CFR
141.90(
d)(
1)
As
necessary,
within
6
months
of
exceeding
action
level
Request
in
writing
a
modification
of
source
water
treatment
or
maximum
permissible
lead
and
copper
concentrations.
40
CFR
141.83(
b)(
6)
As
necessary
For
systems
required
to
install
source
water
treatment,
submit
a
letter
certifying
that
the
system
has
completed
installation
of
the
designated
treatment.
40
CFR
141.90(
d)(
2)
As
necessary,
within
24
months
after
State
designates
treatment
Public
education
program
reporting
requirements
Deliver
written
public
education
materials
if
a
water
system
exceeds
the
lead
action
level
based
on
tap
water
samples.
40
CFR
141.85(
a)
&
(
c)
As
necessary,
timing
varies
by
type
of
system
Broadcast
public
service
announcements
if
a
CWS
exceeds
the
lead
action
level
based
on
tap
water
samples.
40
CFR
141.85(
b)
&
(
c)
As
necessary
Apply
to
the
State
in
writing
to
alter
specified
public
education
language
(
CWSs
only).
40
CFR
141.85(
c)(
7)
As
necessary
For
any
water
system
that
is
subject
to
public
education
requirements,
send
written
documentation
to
the
State
that
contains
specified
information.
40
CFR
141.90(
f)(
1)
As
necessary;
end
of
each
public
education
period
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
27
Exhibit
3
Primacy
Agency
Recordkeeping
and
Reporting
Requirements
Requirement
Regulatory
Citation
Frequency/
Retention
Period
General
Requirements
(
apply
to
all
regulations)

Reporting
Submit
reports
to
the
Administrator
containing
new
violations
by
PWS
and
new
enforcement
actions
by
States
that
occurred
during
the
previous
quarter.
40
CFR
142.15(
a)(
1)
and
(
2)
Quarterly
Recordkeeping
Maintain
records
of
tests,
measurements,
analyses,
decisions,
and
determinations
performed
on
each
PWS
to
determine
compliance
with
applicable
provisions
of
State
primary
drinking
water
regulations.
40
CFR
142.14(
a)
Varies
Retain
files,
which
shall
include
for
each
PWS
in
the
State,
records
of
any
State
approvals
and
records
of
any
enforcement
actions.
40
CFR
142.14(
d)(
2)
and
(
3)
12
years
Stage
1
DBPR
Reporting
For
Subpart
H
systems
serving
more
than
3,300
people
(
and
any
others
required
by
State),
review
and
make
determination
regarding
changes
of
monitoring
plan.
40
CFR
141.132(
f)
One
time
Review
and
make
determination
regarding
approval
of
application
for
use
of
alternative
minimum
TOC
removal
levels.
40
CFR
141.135(
b)(
1)
As
necessary
Review
and
make
determination
regarding
application
for
approval
of
waiver
of
enhanced
coagulation
requirements.
40
CFR
141.135(
b)(
4)(
v)
One
time,
as
necessary
Recordkeeping
Records
of
the
currently
applicable
or
most
recent
State
determinations,
including
all
supporting
information
and
an
explanation
of
the
technical
basis
for
each
decision,
made
under
the
following
provisions
of
40
CFR
part
141,
subpart
L
for
the
control
of
disinfectants
and
disinfection
byproducts.
40
CFR
142.14(
d)(
12)
12
years
Records
of
systems
that
are
installing
GAC
or
40
CFR
142.14(
d)(
12)(
i)
12
years
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency/
Retention
Period
28
membrane
technology.

Records
of
systems
that
are
required,
by
the
State,
to
meet
alternative
minimum
TOC
removal
requirements
or
for
whom
the
State
has
determined
that
the
source
water
is
not
amenable
to
enhanced
coagulation.
40
CFR
142.14(
d)(
12)(
ii)
12
years
Records
of
subpart
H
systems
using
conventional
treatment
meeting
any
of
the
alternative
compliance
criteria.
40
CFR
142.14(
d)(
12)(
iii)
12
years
A
register
of
qualified
operators
that
have
met
the
State
requirements.
40
CFR
142.14(
d)(
12)(
iv)
12
years
Records
of
systems
with
multiple
wells
considered
to
be
one
treatment
plant.
40
CFR
142.14(
d)(
13)
12
years
Monitoring
plans
for
subpart
H
systems
serving
more
than
3,300
persons.
40
CFR
142.14(
d)(
14)
12
years
List
of
laboratories
approved
for
analyses.
40
CFR
142.14(
d)(
15)
12
years
List
of
systems
required
to
monitor
for
disinfectants
and
disinfection
byproducts
in
accordance
with
part
141,
subpart
L.
40
CFR
142.14(
d)(
16)
12
years
Special
Primacy
Requirements
An
application
for
approval
of
a
State
program
revision
that
adopts
40
CFR
part
141,
subpart
L,
must
contain
a
description
of
how
the
State
will
accomplish
the
program
requirements.
40
CFR
142.16(
h)
One
time
Chemical
Phase
Rules
(
Phases
II,
IIB,
and
V)

Reporting
Make
determination
regarding
asbestos
waiver
requests.
40
CFR
141.23(
b)(
3)
and
(
4)
3
years,
as
necessary
Make
determination
regarding
IOC
waiver
requests.
40
CFR
141.23(
c)(
2)
through
(
4)
9
years,
as
necessary
Make
determination
regarding
VOC
waiver.
40
CFR
141.24(
f)(
7),
(
8),
and
(
10)
6
years
or
frequency
specified
by
State,
as
necessary
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency/
Retention
Period
29
Make
determination
regarding
SOC
waiver
requests.
40
CFR
141.24(
h)(
5)
and
(
6)
3
years,
as
necessary
Recordkeeping
Records
for
most
recent
vulnerability
determination,
including
monitoring
results
and
other
data
supporting
the
determination,
the
State's
findings,
and
any
additional
bases
for
such
determination.
40
CFR
142.14(
d)(
4)
In
perpetuity
or
until
more
current
vulnerability
determination
has
been
issued
Records
of
all
current
monitoring
requirements
and
most
recent
monitoring
frequency
decision
pertaining
to
each
contaminant,
including
the
monitoring
results
and
other
data
supporting
the
decision,
the
State's
findings,
and
any
additional
bases
for
such
decision.
40
CFR
142.14(
d)(
5)
In
perpetuity
or
until
a
more
recent
monitoring
frequency
decision
has
been
issued
Records
of
most
recent
asbestos
repeat
monitoring
determination,
including
monitoring
results
and
other
data
supporting
the
determination,
the
State's
findings,
and
any
additional
bases
for
the
determination
and
the
repeat
monitoring
frequency.
40
CFR
142.14(
d)(
6)
In
perpetuity
or
until
more
current
repeat
monitoring
determination
has
been
issued
Records
of
annual
certifications
received
from
systems
pursuant
to
part
141,
subpart
K
demonstrating
the
system's
compliance
with
the
treatment
techniques
for
acrylamide
and/
or
epichlorohydrin.
40
CFR
142.14(
d)(
7)
12
years
Special
Primacy
Requirements
Application
for
approval
of
a
State
program
revision
that
adopts
141.11,
141.23,
141.24,
141.61,
and
141.62.
40
CFR
142.16(
e)
One
time
UCMR
1
(
List
1
and
2
Contaminants)

Reporting
Notify
systems
of
their
monitoring
responsibilities
under
the
State
Monitoring
Plan
for
List
1contaminants,
including
sending
monitoring
schedule
and
instructions
to
systems.
40
CFR
141.40(
b)(
1)(
v)
and
(
vi)
One
time
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency/
Retention
Period
30
Inform
EPA
if
State
will
perform
sampling
or
makes
alternative
monitoring
arrangements.
40
CFR
141.40(
b)(
1)(
vi)
One
time
Notify
systems
of
their
monitoring
responsibilities
under
the
Screening
Surveys
for
List
2
contaminants.
40
CFR
141.40(
b)(
1)(
vii)
One
time
Report
latitude/
longitude
data
to
SDWIS
for
treatment
plant
location
(
in
addition
to
street
address),
if
party
to
Memorandum
of
Agreement
with
EPA.
40
CFR
141.40(
b)(
1)(
ix)
One
time
Submit
request
to
EPA
for
State­
wide
waiver.
40
CFR
141.40(
b)(
4)(
i)
One
time
Recordkeeping
Subject
to
general
requirements
as
listed
above.

Special
Primacy
Requirements
Application
for
approval
of
a
State
program
revision
that
adopts
141.11,
141.23,
141.24,
141.61,
and
141.62.
40
CFR
142.16(
e)
One
time
1976
Radionuclides
Reporting
None.
Now
a
part
of
the
2000
Radionuclide
Rule.

Recordkeeping
None.
Now
a
part
of
the
2000
Radionuclide
Rule.

2000
Radionuclides
Reporting
Evaluate
and
draft
written
response
for
a
system
request
to
use
historical
monitoring
data.
40
CFR
141.26(
a)(
2)(
ii)(
C)
As
necessary
Determine
whether
to
designate
a
system
as
vulnerable
and
notify
system
of
the
determination.
40
CFR
141.26(
b)(
1)
As
necessary
Designate
system
using
waters
contaminated
by
nuclear
facility
effluent
and
notify
system
of
determination.
40
CFR
141.26(
b)(
2)
As
necessary
Recordkeeping
Subject
to
general
requirements
as
listed
above.

Special
Primacy
Requirements
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency/
Retention
Period
31
Application
for
approval
of
a
State
program
revision
that
adopts
the
requirements
in
141.26(
a)(
2)(
ii)(
C).
40
CFR
142.16(
i)­(
k)(
1)
One
time
TTHM
Reporting
None.
Now
a
part
of
the
Stage
1
DBPR.

Recordkeeping
None.
Now
a
part
of
the
Stage
1
DBPR.

SWTR
(
only
disinfection
residual
monitoring
and
associated
activities)

Reporting
Subject
to
general
requirements
as
listed
above.

Recordkeeping
Records
of
disinfectant
residual
measurements
and
other
parameters
necessary
to
document
disinfection
effectiveness.
40
CFR
142.14(
a)(
4)(
i)
1
year
Records
of
decisions
to
allow
an
unfiltered
or
filtered,
respectively,
PWS
to
sample
residual
disinfectant
concentration
at
alternate
locations
if
it
also
has
ground
water
source(
s).
40
CFR
142.14(
a)(
4)(
ii)(
A)(
4)
and
(
6),
respectively
40
years,
or
1
year
after
decision
is
reversed
or
revised
Records
of
any
decision
that
a
violation
of
monthly
CT
compliance
requirements
was
caused
by
circumstances
that
were
unusual
and
unpredictable.
40
CFR
142.14(
a)(
4)(
ii)(
B)(
1)
1
year
Records
of
any
decision
that
a
violation
of
the
disinfection
effectiveness
criteria
was
not
caused
by
a
deficiency
in
treatment
of
the
source
water.
40
CFR
142.14(
a)(
4)(
ii)(
B)(
2)
1
year
Records
of
any
decision
that
failure
to
meet
the
disinfectant
residual
concentration
requirements
of
141.72(
a)(
3)(
i)
was
caused
by
circumstances
that
were
unusual
and
unpredictable.
A
copy
of
the
decision
must
be
provided
to
the
system.
40
CFR
142.14(
a)(
4)(
ii)(
C)(
2)
40
years,
unless
filtration
is
installed
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency/
Retention
Period
32
Records
of
decisions
that
an
unfiltered
or
filtered
system
has
no
means
for
having
a
sample
transported
and
analyzed
for
heterotrophic
plate
count
by
a
certified
laboratory
under
the
requisite
time
and
temperature
conditions
and
that
the
system
is
providing
adequate
disinfection
in
the
distribution
system,
so
that
the
disinfection
requirements
do
not
apply,
and
the
basis
for
the
decision.
A
copy
of
the
decision
must
be
provided
to
the
system.
40
CFR
142.14(
a)(
4)(
ii)(
C)(
9)
and
(
10),
respectively
Until
the
decision
is
reversed
or
revised
Records
of
decisions
that
a
system
using
a
disinfectant
other
than
chlorine
may
use
CT99.9
values
other
than
those
in
tables
2.1
or
3.1
and
/
or
other
operational
parameters
to
determine
if
the
minimum
total
inactivation
rates
are
being
met.
A
copy
of
the
decision
must
be
provided
to
the
system.
40
CFR
142.14(
a)(
4)(
ii)(
C)(
13)
Until
the
decision
is
reversed
or
revised
Special
Primacy
Requirements
Application
for
approval
of
a
State
program
revision
that
describes
how
it
will
accomplish
program
requirements.
40
CFR
142.16(
b)(
2)(
i)(
D)
One
time
Arsenic
Rule
Reporting
Subject
to
general
requirements
as
listed
above.

Recordkeeping
Subject
to
general
requirements
as
listed
above.

Special
Primacy
Requirements
Application
for
approval
of
a
State
program
revision
that
adopts
141.11,
141.23,
141.24,
141.61,
and
141.62.
40
CFR
142.16(
e)
One
time
Lead
and
Copper
Rule
Reporting
Provide
written
notice
to
PWSs
explaining
the
basis
for
determining
if
the
PWS
has
optimized
corrosion
control
and
specifying
the
water
quality
control
parameters
that
represent
optimal
corrosion
control.
40
CFR
141.81(
b)(
2)
As
necessary
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency/
Retention
Period
33
Notify
a
system
in
writing
of
any
determination
requiring
a
system
to
repeat
treatment
steps
previously
completed.
40
CFR
141.81(
c)
As
necessary
Specify
corrosion
control
studies
or
optimal
CCT
(
after
a
small
or
medium
system
exceeds
the
lead
or
copper
action
level).
40
CFR
141.81(
e)(
2)
Within
18
months
(
medium
systems)
or
24
months
(
small
systems)
of
exceedance
Designate
optimal
CCT
(
if
a
small
or
medium
system
has
performed
corrosion
control
studies).
40
CFR
141.81(
e)(
4)
As
necessary,
within
6
months
of
system
completing
studies
For
small
and
medium
systems,
designate
optimal
water
quality
parameters.
40
CFR
141.81(
e)(
7)
As
necessary,
within
6
months
of
system
completing
follow­
up
sampling
Notify
PWSs
in
writing
of
decisions
on
optimal
CCT.
40
CFR
141.82(
d)(
2)
As
necessary
Designate
applicable
water
quality
control
parameters
that
reflect
optimal
CCT;
notify
the
PWS
in
writing
of
the
determinations.
40
CFR
141.82(
f)
As
necessary
Modify
determinations
of
optimal
CCT
in
writing.
40
CFR
141.82(
h)
As
necessary
or
as
requested
Notify
the
system
in
writing
of
determinations
regarding
necessary
source
water
treatment.
40
CFR
141.83(
a)(
2),
141.83(
b)(
2)
As
necessary,
within
6
months
of
submission
of
monitoring
results
Notify
the
system
in
writing
of
designations
for
maximum
permissible
source
water
levels.
40
CFR
141.83(
a)(
5),
141.83(
b)(
4)
As
necessary,
within
6
months
of
completing
tap
and
source
water
monitoring
Provide
in
writing
revised
source
water
treatment
or
maximum
permissible
lead
and
copper
concentrations
along
with
a
basis
for
the
decision
and
an
implementation
schedule.
40
CFR
141.83(
b)(
6)
As
necessary
or
as
requested
Notify
a
system
in
writing
if
a
shorter
LSLR
schedule
is
required.
40
CFR
141.84(
e)
As
necessary,
within
6
months
after
system
triggered
into
LSLR
Notify
the
system
of
approval
of
non­
first­
draw
sample
sites.
40
CFR
141.86(
b)(
5)
As
necessary
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency/
Retention
Period
34
Specify
sampling
locations
when
a
systems
is
conducting
reduced
monitoring.
40
CFR
141.86(
c)
As
necessary
Notify
the
system
in
writing
when
the
State
determines
that
a
system
is
eligible
to
commence
reduced
monitoring.
40
CFR
141.86(
d)(
4)(
ii)
&
(
iii)
As
necessary
Notify
system
of
alternate
period
for
collecting
reduced
lead
and
copper
tap
samples.
40
CFR
141.86(
d)(
4)(
iv)(
B)
As
necessary
Provide
written
approval
for
a
system
to
resume
reduced
monitoring.
40
CFR
141.86(
d)(
4)(
vi)(
B)
As
necessary
Document
in
writing
the
decision
and
rationale
for
invalidating
a
sample.
40
CFR
141.86(
f)(
3)
As
necessary
Notify
the
system
in
writing
of
its
waiver
determination
and
the
conditions
of
the
waiver.
40
CFR
141.86(
g)(
3)
As
necessary
Notify
a
system
if
its
waiver
has
been
revoked.
40
CFR
141.86(
g)(
5)(
iii)
As
necessary
Report
to
EPA
the
following
information
related
to
each
system's
compliance
with
lead
and
copper
requirements:

For
each
large
and
medium
PWS,
all
90th
percentile
lead
levels
calculated
during
each
monitoring
period,
and
the
first
and
last
day
of
the
monitoring
period
for
which
the
90th
percentile
lead
level
was
calculated.
40
CFR
142.15(
c)(
4)(
iii)(
A)
Quarterly
For
each
small
PWS,
the
90th
percentile
lead
level
calculated
during
each
monitoring
period
in
which
the
systems
exceeds
the
lead
action
level,
and
the
first
and
last
day
of
each
monitoring
period
in
which
an
exceedance
occurred.
40
CFR
142.15(
c)(
4)(
iii)(
B)
Quarterly
For
each
PWS,
the
90th
percentile
copper
level
calculated
during
each
monitoring
period
in
which
the
system
exceeds
the
copper
action
level,
and
the
first
and
last
day
of
each
monitoring
period
in
which
an
exceedance
occurred.
40
CFR
142.15(
c)(
4)(
iii)(
C)
Quarterly
For
each
PWS
for
which
the
State
has
designated
optimal
water
quality
parameters
or
which
the
State
has
deemed
to
have
optimized
corrosion
control,
the
date
of
the
determination
and
the
paragraph(
s)
under
which
the
State
made
its
determination.
40
CFR
142.15(
c)(
4)(
iii)(
D)
Quarterly
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency/
Retention
Period
35
For
each
PWS
required
to
begin
replacing
LSLs,
the
date
each
system
must
begin
replacement.
40
CFR
142.15(
c)(
4)(
iii)(
E)
Quarterly
For
each
PWS
that
has
implemented
optimal
corrosion
control,
completed
applicable
source
water
treatment
requirements
or
completed
LSLR
requirements
and
the
date
of
the
State's
determination
that
these
requirements
have
been
met.
40
CFR
142.15(
c)(
4)(
iii)(
F)
Quarterly
Recordkeeping
Maintain
records
of
currently
applicable
or
most
recent
State
determinations,
including
all
supporting
information
and
explanation
of
technical
basis
for
each
decision.
40
CFR
142.14(
d)(
8)
12
years
For
any
system
deemed
to
be
optimized,
maintain
records
of
any
conditions
imposed
by
the
State
to
ensure
the
continued
operation
and
maintenance
of
CCT
in
place.
40
CFR
142.14(
d)(
8)(
i)
12
years
Maintain
records
of
decisions
to
require
a
system
to
conduct
CCT
studies.
40
CFR
142.14(
d)(
8)(
ii)
12
years
Maintain
records
of
designations
of
optimal
CCT.
40
CFR
142.14(
d)(
8)(
iii)
12
years
Maintain
records
of
designations
of
optimal
WQPs.
40
CFR
142.14(
d)(
8)(
iv)
12
years
Maintain
records
of
decisions
to
modify
a
PWS's
optimal
CCT
or
WQPs.
40
CFR
142.14(
d)(
8)(
v)
12
years
Maintain
records
of
determinations
of
source
water
treatment.
40
CFR
142.14(
d)(
8)(
vi)
12
years
Maintain
records
of
designations
of
maximum
permissible
concentrations
of
lead
and
copper
in
source
water.
40
CFR
142.14(
d)(
8)(
vii)
12
years
Maintain
records
of
determinations
establishing
shorter
LSLR
schedules.
40
CFR
142.14(
d)(
8)(
viii)
12
years
Maintain
records
of
determinations
of
additional
monitoring
requirements
and/
or
other
actions
required
to
maintain
optimal
corrosion
control
by
systems
monitoring
for
lead
and
copper
at
the
tap
less
frequently
than
once
every
six
months
that
change
treatment
or
add
a
new
source
of
water.
40
CFR
142.14(
d)(
8)(
ix)
12
years
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency/
Retention
Period
36
Maintain
records
of
system­
specific
decisions
regarding
the
content
of
written
public
education
materials
and/
or
the
distribution
of
these
materials.
40
CFR
142.14(
d)(
8)(
x)
12
years
Maintain
records
of
system­
specific
determinations
regarding
use
of
non­
first­
draw
samples
at
NTNCWSs
and
CWSs
that
operate
24
hours
a
day.
40
CFR
142.14(
d)(
8)(
xi)
12
years
Maintain
records
of
system­
specific
designations
of
sampling
locations
for
systems
subject
to
reduced
monitoring.
40
CFR
142.14(
d)(
8)(
xii)
12
years
Maintain
records
of
system­
specific
determinations
pertaining
to
alternative
sample
collection
periods
for
systems
subject
to
reduced
monitoring.
40
CFR
142.14(
d)(
8)(
xiii)
12
years
Maintain
records
of
determinations
of
small
system
monitoring
waivers,
waiver
recertifications,
and
waiver
revocations.
40
CFR
142.14(
d)(
8)(
xiv)
12
years
Maintain
records
of
determinations
regarding
representative
entry
point
locations
at
ground
water
systems.
40
CFR
142.14(
d)(
8)(
xv)
12
years
Maintain
records
of
system­
specific
determinations
regarding
the
submission
of
information
to
demonstrate
compliance
with
partial
LSLR
requirements.
40
CFR
142.14(
d)(
8)(
xvi)
12
years
Maintain
records
of
system­
specific
decisions
regarding
the
resubmission
of
detailed
documentation
demonstrating
completion
of
public
education
requirements.
40
CFR
142.14(
d)(
8)(
xvii)
12
years
Maintain
records
of
reports
and
any
other
information
submitted
by
PWSs.
40
CFR
142.14(
d)(
9)
12
years
Maintain
records
of
State
activities
to
verify
compliance
with
State
determinations.
40
CFR
142.14(
d)(
10)(
i)
12
years
Maintain
records
of
State
activities
to
verify
compliance
with
the
requirements
related
to
partial
LSLR
and
compliance
with
LSLR
schedules.
40
CFR
142.14(
d)(
10)(
ii)
12
years
Maintain
records
of
State
activities
to
invalidate
tap
water
lead
and
copper
samples.
40
CFR
142.14(
d)(
10)(
iii)
12
years
Maintain
records
of
each
system's
currently
applicable
or
most
recently
designated
monitoring
requirements.
40
CFR
142.14(
d)(
11)
12
years
or
until
a
new
decision,
determination,
or
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency/
Retention
Period
37
designation
has
been
issued
4(
b)(
i)
Data
Items
The
data
items
that
respondents
will
collect
in
implementing
their
responsibilities
under
the
chemical­
related
drinking
water
regulations
included
in
this
ICR
are
summarized
below.

Each
PWS
is
required
to
report
to
its
primacy
agency
monitoring
results
received
from
laboratories.
As
required
by
§
141.33,
PWSs
must
either
maintain
analytical
reports
or
transfer
the
following
information
to
a
tabular
summary
 
°
Date,
place,
and
time
of
sampling.
°
Name
of
the
person
who
collected
the
sample.
°
Identification
of
the
sample
as
a
routine
distribution
system
sample,
check
sample,
raw
or
process
water
sample,
or
other
special
purpose
sample.
°
Date
of
analysis.
°
Laboratory
and
person
responsible
for
performing
analysis.
°
Contaminants
for
which
the
analysis
was
performed.
°
Analytical
technique/
method
used.
°
Results
of
the
analysis.

Some
additional
PWS
activities
include
completing
variance
application
forms,
notifying
PWS
customers
of
the
application,
and
completing
a
financial
analysis
of
the
system.

The
current
§
141.35
requires
all
regulated
PWSs
to
report
monitoring
results
for
the
unregulated
contaminants
listed
in
§
141.40
to
EPA
and
to
provide
a
copy
to
the
States.
The
original
UCMR
established
that
systems
must
report
in
electronic
format
some
additional
data
elements
along
with
their
sampling
results.
The
January
11,
2001,
final
rule
for
List
2
contaminants
(
66
FR
2273)
clarifies
and
slightly
modifies
the
original
data
elements
list.
The
updated
data
elements
for
the
UCMR
Program
are
listed
below.

°
PWS
Identification
Number
°
Facility
Identification
Number
 
Sampling
Point
Identification
Number
and
Sampling
Point
Type
Identification
°
Sample
Collection
Date
°
Sample
Identification
Number
°
Contaminant/
Parameter
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
38
°
Analytical
Results
 
Sign
°
Analytical
Result
 
Value
°
Analytical
Result
 
Unit
of
Measure
°
Analytical
Method
Number
°
Sample
Analysis
Type
°
Sample
Batch
Identification
Number
°
Minimum
Reporting
Level
°
Minimum
Reporting
Level
Unit
of
Measure
°
Analytical
Precision
°
Analytical
Accuracy
°
Spiking
Concentration
°
Presence/
Absence
4(
b)(
ii)
Respondent
Activities
PWSs
and
primacy
agencies
must
complete
the
activities
described
in
the
sections
below.

Public
Water
Systems
In
general,
each
PWS
is
required
to
monitor
for
compliance
with
the
MCLs
or
MRDLs
established
in
40
CFR
Part
141,
Subpart
B.
Owners
and
operators
are
required
to
report
laboratory
results
to
the
State
at
frequencies
specified
in
the
Federal
and
State
regulations.
In
addition,
they
are
required
to
record,
maintain,
and
report
the
analytical
results
of
these
monitoring
efforts
in
accordance
with
40
CFR
Part
141,
Subparts
C
and
D.
General
activities
carried
out
by
PWSs
implementing
the
chemical
regulations
addressed
in
this
ICR
include
 

Planning
activities
associated
with
rule
implementation
(
e.
g.,
scheduling
monitoring).

Gathering
information
(
i.
e.,
identifying
sample
sites
and
taking
samples).

Creating
information
by
conducting
tests
on
samples
collected.

Processing,
compiling,
and
reviewing
information
created.

Developing
and
distributing
reports
and
other
documents.

Recording
and
maintaining
the
information.

Following
is
a
detailed
description
of
monitoring
and
other
data
collection
and
reporting
requirements
for
each
of
the
drinking
water
rules
included
in
this
ICR.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
10
Subpart
H
systems
include
all
PWSs
using
surface
water
or
ground
water
under
the
direct
influence
of
surface
water
as
a
source
(
40
CFR
141.2).

39
1)
Stage
1
Disinfectants
and
Disinfection
Byproducts
Rule
EPA
must
balance
the
health
risks
from
microbial
organisms
(
such
as
Giardia
lamblia
and
Cryptosporidium)
against
risks
from
compounds
formed
during
water
disinfection.
The
Stage
1
DBPR
and
the
Interim
Enhanced
Surface
Water
Treatment
Rule,
which
were
promulgated
concurrently,
address
complex
and
interrelated
drinking
water
issues.
The
Stage
1
DBPR
 

Lowers
the
MCL
for
total
trihalomethanes
(
the
only
group
of
DBPs
previously
regulated
under
the
TTHM
Rule)
(
§
141.64
supercedes
§
141.12
after
December
31,
2001
for
subpart
H
CWSs
serving
10,000
people
or
more,
and
after
December
31,
2003
for
subpart
H
CWSs
that
use
only
ground
water
not
under
the
direct
influence
of
surface
water
serving
10,000
people
or
more).

Adds
MCLs
for
haloacetic
acids
(
HAA5),
bromate,
and
chlorite
(
§
141.64).

Adds
MRDLs
for
chlorine,
chloramines,
and
chlorine
dioxide
(
§
141.65).

Adds
treatment
techniques
(
enhanced
coagulation
and
enhanced
softening)
for
DBP
precursors
(
§
141.135).

Establishes
Best
Available
Technologies
(
BATs)
for
controlling
disinfection
byproducts
and
disinfectants
(
§
141.64
and
§
141.65,
respectively).

The
information
collection
requirements
necessary
to
comply
with
these
requirements
include
monitoring,
reporting,
and
recordkeeping
requirements,
as
described
below.

MAXIMUM
CONTAMINANT
LEVELS
(
MCLS)

TTHM
and
HAA5
MCLs
(
a)
Small
Subpart
H10
Systems
Serving
Fewer
Than
500
People

Routine
Monitoring
(
§
141.132).
Community
water
systems
(
CWSs)
and
nontransient
noncommunity
water
systems
(
NTNCWSs)
that
add
a
chemical
disinfectant
to
the
water
in
any
part
of
the
drinking
water
treatment
process
must
take
one
sample
per
plant
per
year
for
both
TTHM
and
HAA5.
The
sample
must
be
taken
at
the
point
of
maximum
residence
time
in
the
distribution
system
during
the
month
of
warmest
water
temperature.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
40

Reduced
Monitoring
(
§
141.132).
No
reduced
monitoring
is
allowed.

Compliance
Requirements
(
§
141.133).
If
the
average
of
samples
taken
during
the
year
exceeds
the
MCL,
the
system
must
increase
monitoring
to
one
sample
per
plant
per
quarter.
Compliance
with
the
MCL
is
based
on
an
annual
arithmetic
average.
If
the
average
of
any
four­
quarter
period
exceeds
the
MCL,
the
system
must
notify
the
public
and
State
about
this
violation.

Reporting
and
Recordkeeping
Requirements
(
§
141.134).
Systems
must
report
the
number
of
samples
taken
during
the
previous
year;
the
location,
date,
and
results
of
each
sample
taken
in
the
last
year;
the
arithmetic
average
of
all
samples
taken
in
the
last
year;
and
whether
the
MCL
was
violated.

(
b)
Small
Subpart
H
Systems
Serving
500­
9,999
People

Routine
Monitoring
(
§
141.132).
CWSs
and
NTNCWSs
that
add
a
chemical
disinfectant
to
the
water
in
any
part
of
the
drinking
water
treatment
process
must
take
one
sample
per
plant
per
quarter
for
both
TTHM
and
HAA5.
The
sample
must
be
taken
at
the
point
of
maximum
residence
time
in
the
distribution
system.

Reduced
Monitoring
(
§
141.132).
Systems
with
annual
average
TTHM
<
0.040
mg/
L
and
HAA5
<
0.030
mg/
L
and
source
water
total
organic
carbon
(
TOC)
<
4.0
mg/
L
prior
to
treatment
may
reduce
monitoring
to
one
sample
per
plant
per
year
at
maximum
residence
time
during
the
month
of
the
warmest
water
temperature.
If
a
system
conducting
reduced
monitoring
exceeds
0.060
mg/
L
or
0.045
mg/
L
for
TTHM
or
HAA5
respectively,
it
must
revert
to
routine
monitoring.

Compliance
Requirements
(
§
141.133).
Compliance
with
the
MCL
is
based
on
the
running
annual
arithmetic
average
computed
quarterly.
If
the
running
average
of
any
four­
quarter
period
exceeds
the
MCL,
the
system
must
notify
the
public
and
report
the
exceedance
to
the
State.

Reporting
and
Recordkeeping
Requirements
(
§
141.134).
Systems
must
report
the
number
of
samples
taken
during
the
previous
quarter;
the
location,
date,
and
results
of
each
sample
taken
in
the
last
quarter;
the
arithmetic
average
of
all
samples
taken
in
the
last
quarter;
the
annual
arithmetic
average
of
quarterly
averages
for
the
last
four
quarters;
and
whether
the
MCL
was
violated.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
41
(
c)
Large
Subpart
H
Systems
Serving
at
Least
10,000
People

Routine
Monitoring
(
§
141.132).
CWSs
and
NTNCWSs
that
add
a
chemical
disinfectant
to
the
water
in
any
part
of
the
drinking
water
treatment
process
must
take
four
samples
per
plant
per
quarter
for
both
TTHM
and
HAA5.
(
These
systems
previously
conducted
TTHM
monitoring
under
the
Total
Trihalomethane
Rule.)
At
least
25
percent
of
the
samples
must
be
taken
at
the
point
of
maximum
residence
time
in
the
distribution
system.
The
remaining
samples
must
be
taken
at
representative
points
of
average
residence
time
in
the
distribution
system.

Reduced
Monitoring
(
§
141.132).
Systems
with
annual
average
TTHM
<
0.040
mg/
L
and
HAA5
<
0.030
mg/
L
and
source
water
TOC
<
4.0
mg/
L
prior
to
treatment
may
reduce
samples
to
one
sample
per
plant
per
quarter
at
maximum
residence
time.
If
a
system
conducting
reduced
monitoring
exceeds
0.060
mg/
L
or
0.045
mg/
L
for
TTHM
or
HAA5
respectively,
it
must
revert
to
routine
monitoring.

Compliance
Requirements
(
§
141.133).
Compliance
with
the
MCL
is
based
on
the
running
annual
arithmetic
average
computed
quarterly.
If
the
running
average
of
any
four­
quarter
period
exceeds
the
MCL,
the
system
must
notify
the
public
and
report
the
exceedance
to
the
State.

Reporting
and
Recordkeeping
Requirements
(
§
141.134).
Systems
must
report
the
number
of
samples
taken
during
the
previous
quarter;
the
location,
date,
and
results
of
each
sample
taken
in
the
last
quarter;
the
arithmetic
average
of
all
samples
taken
in
the
last
quarter;
the
annual
arithmetic
average
of
quarterly
averages
for
the
previous
4
quarters;
and
whether
the
MCL
was
violated.

(
d)
Small
Ground
Water
Systems
Serving
Fewer
Than
10,000
People

Routine
Monitoring
(
§
141.132).
CWSs
and
NTNCWSs
that
add
a
chemical
disinfectant
to
the
water
in
any
part
of
the
drinking
water
treatment
process
must
take
one
sample
per
plant
per
year
for
both
TTHM
and
HAA5.
The
sample
must
be
taken
at
the
point
of
maximum
residence
time
in
the
distribution
system
during
the
month
of
warmest
water
temperature.

Reduced
Monitoring
(
§
141.132).
Systems
with
annual
average
TTHM
<
0.040
mg/
L
and
HAA5
<
0.030
mg/
L
for
2
consecutive
years
or
TTHM
<
0.020
/
HAA5
<
0.015
for
one
year
may
reduce
samples
to
one
sample
per
plant
per
three­
year
monitoring
cycle
at
maximum
residence
time
during
the
month
of
the
warmest
water
temperature.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
42

Compliance
Requirements
(
§
141.133).
If
the
average
of
samples
taken
during
the
year
exceeds
the
MCL,
the
system
must
increase
monitoring
to
one
sample
per
plant
per
quarter.
Compliance
with
the
MCL
is
based
on
an
annual
arithmetic
average.
If
the
average
of
any
four­
quarter
period
exceeds
the
MCL,
the
system
must
notify
the
public
and
the
State
about
this
violation.

Reporting
and
Recordkeeping
Requirements
(
§
141.134).
Systems
must
report
the
number
of
samples
taken
during
the
previous
year;
the
location,
date,
and
results
of
each
sample
taken
in
the
last
year;
the
arithmetic
average
of
all
samples
taken
in
the
last
year;
and
whether
the
MCL
was
violated.

(
e)
Large
Ground
Water
Systems
Serving
at
Least
10,000
People

Routine
Monitoring
(
§
141.132).
CWSs
and
NTNCWSs
that
add
a
chemical
disinfectant
to
the
water
in
any
part
of
the
drinking
water
treatment
plant
process
must
take
one
sample
per
plant
per
quarter
for
both
TTHM
and
HAA5.
(
These
systems
previously
conducted
TTHM
monitoring
under
the
Total
Trihalomethane
Rule.)
The
sample
must
be
taken
at
the
point
of
maximum
residence
time
in
the
distribution
system.

Reduced
Monitoring
(
§
141.132).
Systems
with
annual
average
TTHM
<
0.040
mg/
L
and
HAA5
<
0.030
mg/
L
may
reduce
samples
to
one
sample
per
plant
per
year
at
maximum
residence
time
during
the
month
of
the
warmest
water
temperature.
If
a
system
conducting
reduced
monitoring
exceeds
0.060
mg/
L
or
0.045
mg/
L
for
TTHM
or
HAA5
respectively,
it
must
revert
to
routine
monitoring.

Compliance
Requirements
(
§
141.133).
Compliance
with
the
MCL
is
based
on
the
running
annual
arithmetic
average
computed
quarterly.
If
the
running
average
of
any
four­
quarter
period
exceeds
the
MCL,
the
system
must
notify
the
public
and
report
the
exceedance
to
the
State.

Reporting
and
Recordkeeping
Requirements
(
§
141.134).
Systems
must
report
the
number
of
samples
taken
during
the
previous
quarter;
the
location,
date,
and
results
of
each
sample
taken
in
the
last
quarter;
the
arithmetic
average
of
all
samples
taken
in
the
last
quarter;
the
annual
arithmetic
average
of
quarterly
averages
for
the
previous
four
quarters;
and
whether
the
MCL
was
violated.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
43
Chlorite
MCL
Chlorite
is
an
inorganic
DBP
formed
when
drinking
water
is
treated
with
chlorine
dioxide.
The
MCL
for
chlorite
is
1.0
mg/
L.
CWSs
and
NTNCWSs
that
use
chlorine
dioxide
must
conduct
chlorite
monitoring.

Routine
Daily
Monitoring
(
§
141.132).
Systems
must
take
daily
samples
at
the
entrance
to
the
distribution
system.
If
any
sample
exceeds
the
MCL,
the
system
must
take
additional
samples
the
following
day
at
the
following
three
locations:
1)
as
close
as
possible
to
the
first
customer;
2)
a
location
representative
of
average
residence
time;
and
3)
a
location
reflecting
the
maximum
residence
time.

Reduced
Daily
Monitoring
(
§
141.132).
There
is
no
reduced
daily
monitoring
for
chlorite.

Routine
Monthly
Monitoring
(
§
141.132).
Each
month,
systems
must
take
one
sample
at
each
of
the
three
following
distribution
system
locations:
1)
as
close
as
possible
to
the
first
customer;
2)
a
location
representative
of
average
residence
time;
and
3)
a
location
reflecting
the
maximum
residence
time.

Reduced
Monthly
Monitoring
(
§
141.132).
After
one
year
of
routine
monitoring,
systems
may
reduce
to
one
three­
sample
set
per
quarter
if
the
MCL
has
not
been
exceeded
during
that
year
by
any
individual
sample
and
the
system
has
not
been
required
to
take
any
follow­
up
samples.
A
system
may
remain
on
reduced
monitoring
if
all
three
of
the
individual
chlorite
samples
do
not
exceed
the
MCL.
If
a
system
conducting
reduced
monitoring
exceeds
the
MCL
and
the
daily
sample
does
not
exceed
the
MCL,
it
must
revert
to
routine
monitoring.

Compliance
Requirements
for
Monthly
Chlorite
Monitoring
(
§
141.133).
Compliance
with
the
MCL
is
based
on
the
arithmetic
average
of
three
sample
sets.
If
the
average
of
samples
collected
in
any
month
exceeds
the
MCL,
the
system
must
notify
the
public
and
report
the
violation
to
the
State.
Exceeding
the
MCL
during
routine
daily
monitoring
triggers
additional
monitoring,
but
is
not
an
MCL
violation.

Reporting
and
Recordkeeping
Requirements
(
§
141.134).
Systems
must
report
the
number
of
samples
taken
each
month
for
the
previous
three
months;
the
location,
date,
and
results
of
each
sample
taken
in
the
last
quarter;
the
arithmetic
average
of
all
samples
taken
in
the
month
for
each
month
in
the
reporting
period;
and
whether
the
MCL
was
violated,
in
which
month
it
was
violated,
and
how
many
times
it
was
violated.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
44
Bromate
MCL
Bromate
is
one
of
the
principal
byproducts
of
ozonation
in
source
water
containing
bromide.
The
MCL
for
bromate
is
0.010
mg/
L.
CWSs
and
NTNCWSs
that
use
ozone
for
disinfection
or
oxidation
must
conduct
bromate
monitoring.

Routine
Monitoring
(
§
141.132).
Systems
must
take
one
sample
per
month
for
each
plant
using
ozone
at
the
entrance
to
the
distribution
system
while
the
ozonation
system
is
operating
under
normal
conditions.

Reduced
Monitoring
(
§
141.132).
A
system
may
take
one
sample
per
plant
per
quarter
if
its
annual
average
source
water
bromide
concentration
is
less
than
0.05
mg/
L,
based
on
a
monthly
measurement.
If
the
running
annual
average
bromide
concentration
is
>
0.05
mg/
L
the
system
must
revert
to
routine
monitoring.
The
system
must
continue
to
monitor
for
bromide
if
it
wishes
to
remain
on
reduced
bromate
monitoring.

Compliance
Requirements
(
§
141.133).
Compliance
with
the
MCL
is
based
on
the
running
annual
arithmetic
average
computed
quarterly.
If
the
running
average
of
any
four­
quarter
period
exceeds
the
MCL,
the
system
must
notify
the
public
and
report
the
violation
to
the
State.
If
a
system
fails
to
complete
12
consecutive
months
of
monitoring,
the
MCL
compliance
for
the
last
four­
quarter
period
must
be
based
on
an
average
of
the
available
data.

Reporting
and
Recordkeeping
Requirements
(
§
141.134).
Systems
must
report
the
number
of
samples
taken
during
the
quarter;
the
location,
date,
and
result
of
each
sample
taken
during
the
quarter;
the
arithmetic
average
of
the
monthly
arithmetic
averages
of
all
samples
taken
in
the
last
year;
and
whether
the
MCL
was
violated.

MAXIMUM
RESIDUAL
DISINFECTANT
LEVELS
(
MRDLS)

Disinfectants
are
added
during
water
treatment
to
control
waterborne
microbial
contaminants.
Some
residual
disinfectants
will
remain
in
water
after
treatment.
MRDLs
protect
public
health
by
setting
limits
on
the
level
of
residual
disinfectants
in
drinking
water
while
setting
a
level
that
protects
public
health.

Chlorine
and
Chloramines
MRDLs
Chlorine
is
a
widely
used
and
highly
effective
water
disinfectant.
The
MRDL
for
chlorine
is
4.0
mg/
L.
Chloramines
are
formed
when
ammonia
is
added
during
chlorination
to
suppress
formation
of
many
byproducts.
The
MRDL
for
chloramines
is
4.0
mg/
L
(
measured
as
Cl
2).
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
45

Routine
Monitoring
(
§
141.132).
CWSs
and
NTNCWSs
must
take
samples
for
the
residual
disinfectant
levels
at
the
same
points
in
the
distribution
system
and
at
the
same
time
as
total
coliform
samples
(
Subpart
H
systems
are
already
taking
these
samples
under
the
SWTR).

Reduced
Monitoring
(
§
141.132).
There
is
no
reduced
monitoring
for
chlorine
and
chloramines.

Compliance
Requirements
(
§
141.133).
Compliance
with
the
MRDL
is
based
on
the
running
annual
arithmetic
average
of
samples
computed
quarterly.
If
the
average
of
monthly
averages
for
any
consecutive
four­
quarter
period
exceeds
the
MRDL,
the
system
must
notify
the
public
and
report
the
exceedance
to
the
State.
If
a
system
switches
between
the
use
of
chlorine
and
chloramines,
compliance
must
be
determined
by
including
all
monitoring
results
for
both
chlorine
and
chloramines
in
calculating
compliance.

Reporting
and
Recordkeeping
Requirements
(
§
141.134).
Systems
must
report
the
number
of
samples
taken
each
month
of
the
previous
quarter;
the
monthly
arithmetic
average
of
all
samples
taken
in
each
month
for
the
last
12
months;
the
arithmetic
average
of
all
monthly
averages
for
the
last
12
months;
and
whether
the
MRDL
was
violated.

Chlorine
Dioxide
MRDL
Chlorine
dioxide
is
used
primarily
for
the
oxidation
of
taste­
and
odor­
causing
organic
compounds
in
water.
It
can
also
be
used
for
the
oxidation
of
iron,
manganese,
and
color
and
is
a
powerful
disinfectant
and
algicide.
Chlorine
dioxide
reacts
with
impurities
in
water
rapidly
and
is
dissipated
quickly.
About
60
to
70
percent
of
the
chlorine
dioxide
is
converted
to
chlorite
in
the
treatment
process.
This
provision
applies
to
CWSs,
NTNCWSs,
and
TNCWSs.

Routine
Monitoring
(
§
141.132).
Systems
must
take
a
daily
sample
at
the
entrance
to
the
distribution
system.
If
any
sample
exceeds
the
MRDL,
the
system
must
take
three
additional
samples
the
following
day
as
close
as
possible
to
the
first
customer
at
intervals
of
at
least
six
hours
(
for
systems
without
boosters
after
the
distribution
system)
or
at
3
specified
locations
(
for
systems
with
boosters
after
the
distribution
system):
as
close
as
possible
to
the
first
customer,
a
location
representative
of
average
residence
time,
and
a
location
reflecting
maximum
residence
time.

Reduced
Monitoring
(
§
141.132).
There
is
no
reduced
monitoring
for
chlorine
dioxide.
Disinfectants/
Disinfection
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and
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ICR
September
2004
46

Compliance
Requirements
(
§
141.133).
Compliance
with
the
MRDL
is
based
on
consecutive
daily
samples.
If
two
consecutive
daily
samples
exceeds
the
MRDL,
the
system
must
take
immediate
corrective
action
and
notify
the
public.
If
the
system
exceeds
the
MRDL
in
the
second
daily
sample
or
fails
to
take
samples
in
the
distribution
system
the
following
day,
this
constitutes
an
acute
MRDL
violation
and
the
system
must
notify
the
public.
If
two
consecutive
daily
samples
taken
at
the
entrance
to
the
distribution
system
exceed
the
MRDL
and
all
distribution
system
samples
taken
are
below
the
MRDL,
this
constitutes
a
non­
acute
violation
and
the
system
must
take
immediate
corrective
action
and
notify
the
public.
Failure
to
monitor
at
the
entrance
to
the
distribution
system
the
day
following
an
exceedance
of
the
chorline
dioxide
MRDL
at
the
entrance
to
the
distribution
system
is
also
an
MRDL
violation
and
the
system
must
notify
the
public.

Reporting
and
Recordkeeping
Requirements
(
§
141.134).
Systems
must
report
the
dates,
results,
and
locations
of
samples
taken
during
the
previous
quarter;
whether
the
MRDL
was
violated;
whether
the
MRDL
was
exceeded
in
any
two
consecutive
daily
samples;
and
whether
the
resulting
violation
was
acute
or
nonacute.

DBP
PRECURSORS
Subpart
H
systems
employing
conventional
filtration
must
monitor
for
TOC
and
alkalinity
in
their
source
and
finished
water.
These
samples
determine
treatment
technique
requirements.

Routine
Monitoring
(
§
141.132).
Systems
must
take
one
paired
sample
per
month
of
the
TOC
in
source
water
(
at
a
point
prior
to
treatment)
and
treated
water
(
at
a
point
no
later
than
the
combined
filter
effluent
turbidity
monitoring).
These
samples
must
be
taken
simultaneously.
Additionally,
systems
must
take
one
alkalinity
sample
per
month
at
the
same
time
as
the
source
water
TOC
sample.

Reduced
Monitoring
(
§
141.132).
Systems
may
take
one
paired
sample
per
quarter
if
their
average
treated
water
TOC
is
less
than
2.0
mg/
L
for
two
consecutive
years
or
less
than
1.0
mg/
L
for
one
year.
The
alkalinity
sample
is
taken
at
the
same
time.
If
the
average
treated
water
TOC
in
these
systems
is
>
2.0
mg/
L,
they
must
revert
to
routine
monitoring.

Compliance
Requirements
(
§
141.133).
Compliance
is
determined
by
the
requirements
of
§
141.135(
c).
This
section
describes
the
TOC
removal
requirements
for
Subpart
H
systems
based
on
their
source
water
TOC
and
alkalinity
levels.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
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Rules
ICR
September
2004
47

Reporting
and
Recordkeeping
Requirements
(
§
141.134).
Systems
must
report
various
monitoring
and
compliance
results
depending
on
their
TOC
removal
requirements,
how
frequently
they
have
to
monitor,
and
whether
or
not
they
have
met
the
alternative
compliance
criteria
described
in
§
141.135.

MONITORING
PLANS
Under
the
Stage
1
DBPR,
each
system
required
to
conduct
monitoring
must
develop
and
implement
a
monitoring
plan
(
§
141.132).
The
plan
must
describe
 

The
locations
and
schedules
for
collecting
the
required
samples.

How
the
system
will
calculate
its
compliance
with
the
MCLs,
MRDLs,
and
treatment
techniques.

How
the
plan
reflects
the
entire
distribution
system.

The
system
must
maintain
its
plan
and
make
it
available
to
the
public
and
State
30
days
following
the
applicable
compliance
date.
Subpart
H
systems
serving
over
3,300
people
must
submit
their
monitoring
plans
to
the
State.
This
is
another
reporting
requirement
for
some
PWSs.
The
State
may
require
changes
in
any
element
of
the
system's
monitoring
plan.

2)
Chemical
Phase
Rules
The
chemical
monitoring
requirements
apply
to
CWSs
and
NTNCWSs,
although
transient
noncommunity
water
systems
(
TNCWSs)
must
also
sample
for
nitrate
and
nitrite.
Monitoring
requirements
follow
the
SMF
schedule
established
by
the
rule.
Under
the
SMF,
nine­
year
compliance
cycles
were
established;
the
first
cycle
lasted
from
January
1,
1993
to
December
31,
2001.
The
second
cycle
began
on
January
1,
2002,
and
ends
on
December
31,
2010.
Each
nineyear
cycle
consists
of
three,
three­
year
compliance
periods
(
e.
g.,
from
January
1,
2002,
to
December
31,
2004;
from
January
1,
2005,
to
December
31,
2007;
and
from
January
1,
2008,
to
December
31,
2010).

The
compounds
and
contaminants
addressed
by
the
Chemical
Phase
Rules
are
listed
in
Exhibit
4.
A
more
detailed
description
of
the
monitoring
requirements
for
IOCs,
volatile
organic
compounds
(
VOCs),
and
synthetic
organic
compounds
(
SOCs)
follow.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
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Rules
ICR
September
2004
11
Arsenic
is
now
addressed
separately
in
the
Arsenic
Rule.

12
The
Phase
I
rule
contaminants
were
included
for
completeness.
However,
the
Phase
II
rule
superceded
the
Phase
I
rule.
Some
of
the
Phase
I
unregulated
contaminants
became
regulated
under
Phase
II
and
additional
contaminants
were
added
to
the
list
of
unregulated
contaminants.

48
Exhibit
4
Regulated
Organic
Compounds
Phase
of
Regulation
Inorganic
Contaminants
Synthetic
Organic
Compounds
Volatile
Organic
Compounds
1976
Interim
Standards
Arsenic11
Fluoride
N/
A
N/
A
Phase
I12
N/
A
N/
A
Benzene
Carbon
tetrachloride
p­
Dichlorobenzene
Trichloroethylene
Vinyl
Chloride
1,1,1­
Trichloroethane
1,1­
Dichloroethylene
1,2­
Dichloroethane
Phase
II
Asbestos
Cadmium
Chromium
Fluoride
Mercury
Nitrate
Nitrite
Selenium
Alachlor
Atrazine
Carbofuran
Chlordane
EDB
DBCP
Heptachlor
Heptachlor
epoxide
Lindane
Methoxychlor
Toxaphene
PCBs
2,4­
D
2,4,5­
TP
(
Silvex)
cis­
1,2­
Dichloroethylene
Ethylbenzene
Monochlorobenzene
o­
Dichlorobenzene
Styrene
Tetrachloroethylene
Toluene
trans­
1,2­
Dichloroethylene
Xylenes
1,2­
Dichloropropane
Phase
IIB
Barium
Pentachlorophenol
N/
A
Phase
V
Antimony
Beryllium
Cyanide
Nickel
(
remanded)
Thallium
Benzo(
a)
pyrene
Dalapon
Di(
2­
ethylhexyl)­
adipate
Di(
2­
ethylhexyl)­
phthalate
Dinoseb
Diquat
Endothall
Dichloromethane
1,1,2­
Trichloroethane
1,2,4­
Trichlorobenzene
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
49
INORGANIC
COMPOUNDS
This
section
summarizes
the
IOC
monitoring
requirements
for
the
second
three­
year
compliance
period
of
the
second
compliance
cycle
(
beginning
on
January
1,
2005),
as
described
in
40
CFR
141.23(
c).
For
the
purposes
of
monitoring
requirements,
the
IOCs
regulated
under
Phases
II
and
IIB
are
asbestos,
barium,
cadmium,
chromium,
fluoride,
mercury,
nitrite,
nitrate,
and
selenium.
The
IOCs
regulated
by
Phase
V
are
antimony,
beryllium,
cyanide,
and
thallium.
The
MCL
and
MCLG
for
nickel,
which
was
initially
included
as
part
of
Phase
V,
were
remanded
on
February
9,
1995.
This
means
that,
while
many
water
suppliers
continue
to
monitor
nickel
levels
in
their
water,
there
is
currently
no
EPA
legal
limit
on
the
amount
of
nickel
in
drinking
water.
Arsenic
was
regulated
under
the
1976
standards
for
IOCs
but
is
now
addressed
separately
in
the
Arsenic
Rule.

During
each
3­
year
compliance
period,
ground
water
systems
must
take
one
sample
at
each
sampling
point.
Surface
water
systems
must
take
one
sample
annually
at
each
sampling
point.
If
results
from
any
sampling
events
are
above
the
MCL,
the
PWS
must
begin
quarterly
sampling
during
the
next
calendar
quarter.
The
PWS
must
continue
quarterly
sampling
until
the
State
determines
that
the
samples
are
reliably
and
consistently
below
the
MCL
based
on
at
least
two
consecutive
quarterly
samples
for
ground
water
systems
and
four
consecutive
quarters
for
surface
water
systems.
Once
the
samples
are
reliably
and
consistently
below
the
MCL,
ground
water
systems
are
then
required
to
sample
triennially,
and
surface
water
systems
must
sample
annually.

After
three
consecutive
sampling
rounds
without
detection,
a
PWS
may
apply
to
the
State
for
a
waiver.
Should
the
State
grant
a
waiver,
the
PWS
is
required
to
sample
only
once
every
nine
years.
IOC
waivers
must
be
renewed
every
nine
years.
Waivers
are
not
available
for
nitrate
or
nitrite
monitoring.

VOLATILE
ORGANIC
COMPOUNDS
This
section
summarizes
VOC
monitoring
requirements
for
the
second
three­
year
compliance
period
of
the
second
compliance
cycle
(
beginning
January
1,
2005),
as
described
in
40
CFR
141.24(
f).

For
VOCs,
surface
water
systems
must
take
one
sample
annually
at
each
sampling
point.
During
each
three­
year
compliance
period,
ground
water
systems
must
take
one
sample
at
each
sampling
point.
If
any
sample
exceeds
the
method
detection
limit
(
MDL)
of
0.0005
mg/
l,
the
PWS
must
begin
quarterly
monitoring
during
the
next
calendar
quarter.
Quarterly
sampling
must
continue
until
the
State
determines
that
the
samples
are
reliably
and
consistently
below
the
MCL
based
on
at
least
two
consecutive
quarterly
samples
for
ground
water
systems
and
four
consecutive
quarters
for
surface
water
systems.
However,
if
the
detection
that
triggered
the
increased
sampling
exceeds
the
MCL,
the
PWS
must
take
a
minimum
of
four
consecutive
quarterly
samples,
regardless
of
whether
it
is
served
by
ground
water
or
surface
water.
Once
the
samples
are
reliably
Disinfectants/
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Rules
ICR
September
2004
50
and
consistently
below
the
MCL,
the
State
may
reduce
the
sampling
frequency
to
once
per
year,
provided
repeat
sampling
is
conducted
during
the
calendar
quarter
that
previously
yielded
the
highest
analytical
result.

Systems
may
apply
to
the
State
for
a
waiver
after
three
years
of
annual
sampling
without
a
VOC
detection.
The
maximum
waiver
period
for
ground
water
sampling
points
is
six
years.
The
initial
waiver
must
be
renewed
within
the
first
three
years
of
issuance,
but
subsequent
waivers
may
be
renewed
at
the
end
of
the
six­
year
period.
A
ground
water
system
must
collect
one
sample
within
the
first
compliance
period
and
at
least
one
sample
during
each
six­
year
waiver
period.
For
surface
water
systems,
the
maximum
waiver
period
is
three
years,
but
there
is
no
minimum
Federal
sampling
frequency.
The
State
determines
the
sampling
schedule
for
surface
water
systems
with
a
three­
year
waiver.

SYNTHETIC
ORGANIC
COMPOUNDS
This
section
summarizes
the
SOC
monitoring
requirements
for
the
second
three­
year
compliance
period
of
the
second
compliance
cycle
(
beginning
January
1,
2005),
as
described
in
40
CFR
141.24(
h).

Systems
serving
more
than
3,300
people
are
required
to
take
two
SOC
samples
every
three
years.
For
systems
that
serve
fewer
than
3,300
people,
one
sample
is
required
every
three
years.
If
a
contaminant
is
detected
at
any
sampling
point,
the
water
system
must
begin
quarterly
sampling
during
the
next
calendar
quarter.
Quarterly
sampling
must
continue
until
the
State
determines
that
the
samples
are
reliably
and
consistently
below
the
MCL
based
on
at
least
two
consecutive
quarterly
samples
for
ground
water
systems
and
four
consecutive
quarters
for
surface
water
systems.
However,
if
the
detection
that
triggered
the
increased
sampling
exceeds
the
MCL,
then
the
PWS
must
take
a
minimum
of
four
consecutive
quarterly
samples,
regardless
of
whether
it
is
served
by
ground
water
or
surface
water.
Once
the
samples
are
reliably
and
consistently
below
the
MCL,
the
State
may
reduce
the
sampling
frequency
to
once
per
year,
provided
repeat
sampling
is
conducted
during
the
calendar
quarter
that
previously
yielded
the
highest
analytical
result.

After
three
years
of
annual
monitoring
without
SOC
detections,
systems
may
apply
for
a
waiver.
Waivers
are
effective
for
one
compliance
period
(
i.
e.,
three
years).
They
must
be
renewed
in
each
subsequent
compliance
period,
or
the
system
must
return
to
the
sampling
frequency
specified
for
its
size.
Under
Federal
regulations,
systems
with
a
waiver
are
not
required
to
sample.
Disinfectants/
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and
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ICR
September
2004
51
3)
Unregulated
Contaminant
Monitoring
Rule,
Lists
1
and
2
The
SDWA,
as
amended
in
1996,
requires
the
Agency
to
develop
an
Unregulated
Contaminant
Monitoring
Regulation.
The
requirements
for
unregulated
contaminant
monitoring
were
first
established
by
the
1986
Amendments
to
the
SDWA
and
were
included
as
part
of
the
Phase
I
chemical
regulation
under
40
CFR
Parts
141.40(
a)­(
e).
The
Phase
II
regulation
supercedes
the
Phase
I
rule.

Section
1445(
a)
of
the
SDWA
1996
Amendments
substantially
revises
unregulated
contaminant
monitoring.
The
new
program
includes:

1)
A
new
list
of
contaminants
(
i.
e.,
the
UCMR
List,
developed
in
coordination
with
the
CCL
process);
2)
A
representative
sample
of
PWSs
serving
10,000
or
fewer
people;
3)
Placement
of
the
monitoring
data
in
the
National
Contaminant
Occurrence
Database
(
NCOD),
authorized
under
the
SDWA
Amendments
§
1445(
g);
and
4)
Consumer
notification
regarding
of
the
availability
of
monitoring
results.

The
1996
Amendments
limit
the
number
of
contaminants
that
can
be
on
the
UCMR
List
to
30
or
fewer,
require
that
only
a
representative
number
of
systems
serving
a
population
of
10,000
or
fewer
people
be
required
to
monitor,
and
require
that
EPA
pay
reasonable
sample
analysis
costs
for
this
representative
sample
of
systems.

4)
1976
Radionuclides
Rule
and
2000
Radionuclides
Rule
As
the
2000
Radionuclides
Rule
ICR
indicates,
in
1976
EPA
promulgated
National
Interim
Primary
Drinking
Water
Regulations
(
NIPDWRs)
for
three
categories
of
radionuclides:
gross
alpha
particle
activity,
combined
radium­
226
and
radium­
228,
and
gross
beta
particle
and
photon
radioactivity.
The
1976
NIPDWRs
for
these
radionuclides
regulated
 

Gross
alpha
at
15
picoCuries
per
liter
(
pCi/
L)(
excluding
radon
and
uranium).

Radium­
226
and
radium­
228
combined
at
5
pCi/
L.

Beta/
photon
emitters
at
a
4
millirem
(
mrem)
dose
of
radioactivity.

The
1986
SDWA
amendments
identified
83
contaminants
for
the
Agency
to
regulate,
including
the
currently
regulated
radionuclides
that
lacked
MCLGs,
and
two
additional
radionuclides,
uranium
and
radon.
Also,
the
1986
amendments
declared
the
1976
interim
standards
to
be
NPDWRs.
Disinfectants/
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ICR
September
2004
52
On
December
7,
2000,
EPA
promulgated
a
revised
radionuclides
regulation.
The
new
rule
completely
supercedes
the
requirements
established
in
the
original
1976
Rule.
The
2000
Radionuclides
Rule,
which
is
applicable
only
to
CWSs,
revised
and
amended
40
CFR
Parts
141
and
142
and
 

Sets
an
MCLG
of
zero
for
all
radionuclides.

Maintains
the
1976
gross
alpha
MCL
of
15
pCi/
L
(
which
includes
combined
radium­
226/­
228
and
excludes
uranium
and
radon).

Maintains
the
1976
MCL
of
5
pCi/
L
for
combined
radium­
226
and
radium­
228.

Maintains
the
1976
beta
particle
and
photon
radioactivity
MCL
of
4
mrem/
year.

Sets
an
MCL
of
30

g/
L
for
uranium.

Establishes
separate
monitoring
requirements
for
radium­
226
and
radium­
228.

Maintains
the
beta/
photon
screening
levels
set
in
the
1976
Rule
for
vulnerable
systems
(
as
deemed
by
the
State).
Surface
water
systems
serving
greater
than
100,000
persons
will
no
longer
be
required
to
monitor
unless
they
are
deemed
vulnerable.

Revises
sampling,
compliance,
and
monitoring
waivers
to
SMF
at
entry
points
to
the
distribution
system.
States
will
have
discretion
in
grandfathering
existing
distribution
system
data
for
determining
initial
monitoring
baselines.

5)
Total
Trihalomethanes
Rule
The
initial
1979
TTHM
standard
applied
only
to
surface
water
and
ground
water
CWSs
that
serve
at
least
10,000
people
and
that
add
a
disinfectant
to
the
drinking
water
during
any
part
of
the
treatment
process.
At
their
discretion,
States
could
choose
to
extend
coverage
to
smaller
PWSs;
however,
most
States
did
not
exercise
this
option.
Monitoring
requirements
are
detailed
in
40
CFR
141.30.

The
Stage
1
DBPR
lowers
the
MCL
for
TTHM,
the
only
group
of
DBPs
regulated
previously.
Specifically,
the
MCL
of
0.10
mg/
L
is
now
0.080
mg/
L.
As
a
result,
after
December
31,
2001,
§
141.64
superseded
§
141.12,
to
reflect
this
change.
Also
beginning
on
January
1,
2004,
the
Stage
1
DBPR
extends
the
requirements
to
systems
serving
fewer
than
10,000
people
and
to
NTNCWSs.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
13
Includes
only
the
rule
components
relating
to
disinfectant
residual
monitoring.
The
remaining
SWTR
requirements
are
included
in
the
Microbial
Rules
ICR.

14
Systems
that
serve
3,300
or
fewer
people
may
take
grab
samples
in
lieu
of
providing
continuous
monitoring.

15
CT
is
the
product
of
residual
disinfectant
concentration
(
C)
in
mg/
l
determined
before
or
at
the
first
customer,
and
the
corresponding
disinfectant
contact
time
(
T)
in
minutes.
If
a
PWS
applies
disinfectants
at
more
than
one
point
prior
to
the
first
customer,
it
must
determine
the
CT
of
each
disinfectant
sequence
before
or
at
the
first
customer
to
determine
the
total
percent
inactivation
or
total
inactivation
ratio.

53
6)
Disinfectant
Residual
Monitoring
and
Associated
Activities
under
the
SWTR13
As
mentioned
earlier,
the
majority
of
the
SWTR
requirements,
with
the
exception
of
disinfection
residual
monitoring,
are
addressed
in
the
Microbial
Rules
ICR.
Specific
disinfectant
residual
monitoring
required
by
the
SWTR
and
covered
under
this
ICR
includes
the
following
 

Periodic
disinfection
residual
monitoring
from
the
distribution
system
for
Subpart
H
systems.
(
§
141.74
(
b)(
6)(
i)
for
unfiltered
systems
and
§
141.74(
c)(
3)(
i)
for
systems
that
filter).

Continuous
disinfectant
residual
monitoring
at
entry
points
into
the
distribution
system.
(
§
141.74
(
b)(
5)
for
unfiltered
systems
and
§
141.74(
c)(
2)
for
systems
that
filter).
14

Calculation
of
inactivation
ratios
for
unfiltered
systems
using
contact
time
(
CT)
values
(
§
141.74
(
b)(
3)).
15
7)
Arsenic
Rule
As
stated
in
the
2001
Arsenic
Rule
ICR,
the
1986
SDWA
amendments
required
EPA
to
propose
new
arsenic
standards
by
January
1,
2000,
and
to
promulgate
the
rule
by
January
1,
2001.
The
rule
was
promulgated
January
22,
2001
and
requires
that
CWSs
and
NTNCWSs
follow
the
SMF.
As
previously
described
for
the
Chemical
Phases
Rule,
the
SMF
is
conducted
within
the
schedule
of
a
nine­
year
compliance
cycle.
The
compliance
cycle
is
subsequently
composed
of
three,
three­
year
periods.

Triggered
Monitoring
Surface
water
systems
will
have
until
December
31,
2006,
to
complete
initial
monitoring,
and
groundwater
systems
will
have
until
December
31,
2007,
to
complete
the
initial
monitoring.
NTNCWSs
are
required
to
follow
that
same
monitoring
regimen
as
CWSs.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
16
For
existing
systems,
some
of
these
requirements
may
not
fall
within
the
collection
period
for
this
ICR
Amendment.
See
Appendix
H
for
detail
related
to
assumptions
and
burden
calculations
for
these
activities.

54
Routine
Monitoring
Groundwater
systems
must
take
a
sample
at
each
sampling
point
once
every
three
years;
surface
water
systems
must
take
a
sample
at
each
sampling
point
annually.
Triggered
monitoring
as
a
result
of
a
violation
requires
the
system
to
monitor
quarterly
beginning
in
the
next
quarter
after
the
violation
has
occurred.
Only
after
a
system
has
taken
two
consecutive
groundwater
samples
or
four
consecutive
surface
water
samples
and
the
State
has
determined
that
the
system
is
"
reliably
and
consistently"
below
the
MCL
(
40
CFR
141.23(
c)(
8))
may
the
system
return
to
routine
monitoring.

The
revised
requirements
also
allow
systems
to
receive
nine­
year
monitoring
waivers.
During
the
waiver
period,
a
system
must
take
a
minimum
of
one
sample.
In
order
to
receive
a
waiver,
a
system
must
demonstrate
that
during
the
previous
three
rounds
of
monitoring
all
results
were
less
than
the
current
MCL
and
there
was
adequate
source
protection.
In
the
initial
compliance
period
following
promulgation
of
the
revised
rule,
many
States
may
not
have
sufficient
historic
data
to
grant
waivers.
Before
granting
waivers
a
State
must
wait
until
three
years
of
monitoring
have
occurred
at
a
level
of
detection
sensitive
enough
to
monitor
for
the
current
MCL.

8)
Lead
and
Copper
Rule
CWS
and
NTNCWS
owners
and
operators
are
required
to
comply
with
the
LCR.
In
general,
the
LCR
requires
each
of
these
water
systems
to
undertake
the
following
activities:
16

Plan
monitoring
and
other
activities.

Provide
training
to
appropriate
staff
and
to
residents
collecting
samples.

Identify
appropriate
sampling
sites
and
collect
samples.

Review
sample
data,
including
the
calculation
of
lead
and
copper
90th
percentile
levels.

Submit
to
the
State
monitoring
data
and
any
other
documents
or
reports.

Record
and
maintain
information.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
17
Some
of
the
general
activities
conducted
by
States
are
included
in
the
PWSS
Program
ICR
(
OMB
2040­
0090).

55
In
addition,
some
systems
must
submit
corrosion
control
studies,
recommend
and
submit
information
regarding
the
completion
of
CCT
or
source
water
treatment
installation,
conduct
public
education,
or
conduct
LSL
monitoring,
notification,
and
replacement.

Primacy
Agencies
State
officials
serve
in
the
role
of
respondents
when
reporting
compliance
data
to
EPA.
States
are
currently
required
to
maintain
records
of
State
verification
activities
and
each
determination
made
and
to
report
to
EPA
in
accordance
with
State
reporting
requirements
(
§
142.14)
through
SDWIS.
Currently,
PWSs
are
required
to
report
monitoring
data
to
the
States
within
specified
timeframes.

Primacy
agencies
ensure
the
implementation
of
the
rules
covered
by
this
ICR.
To
meet
their
responsibilities,
the
primacy
agencies
are
anticipated
to
be
involved
in
the
following
activities
 
17

Coordinating
with
EPA.

Notifying
systems
of
requirements.

Making
compliance
determinations.

Providing
technical
assistance
to
PWSs.

Maintaining
data
management
systems.

Establishing
the
monitoring
schedules.

Reviewing
plans
and
specifications.

Entering
monitoring
and
enforcement
data.

Keeping
records
and
supporting
information,
including
State
determinations
and
explanations
for
technical
decisions
regarding
rule
implementation.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
56
5
INFORMATION
COLLECTED
 
AGENCY
ACTIVITIES,
COLLECTION
METHODOLOGY,
AND
INFORMATION
MANAGEMENT
5(
a)
Agency
Activities
As
part
of
its
supervisory
responsibility,
EPA
maintains
SDWIS
and
evaluates
SDWIS
data
to
determine
system
compliance.
EPA
personnel
also
reformat,
distribute,
and
store
these
data
for
a
number
of
uses,
including
responding
to
Congressional
and
public
inquiries.
EPA
also
oversees
the
EPA
Regional
and
State
programs,
provides
technical
assistance,
and
develops
policies
designed
to
ensure
consistent
program
implementation.
EPA
officials
serve
as
respondents
when
testifying
to
Congress
on
the
PWSS
Program
or
in
the
courts
for
enforcement
actions.

EPA's
requirements
are
outlined
in
Exhibit
5
below.
Most
of
the
burden
and
costs
for
these
activities
are
addressed
in
the
PWSS
Program
ICR
(
OMB
No.
2040­
0090).
Section
5(
a)
of
the
PWSS
Program
ICR
contains
additional
detail
regarding
the
activities
supported
by
the
collection
of
SDWIS
data
described
above.
However,
under
the
UCMR
1,
EPA
does
incur
some
cost
for
activities,
including
implementation
of
a
small
system
testing
program,
coordination
of
onsite
monitoring
for
Index
systems,
and
evaluation
of
data
for
assessment
monitoring
and
screening
surveys.

EPA
will
also
conduct
primacy
activities
in
States
and
territories
that
do
not
have
primacy.
Specifically,
EPA
will
be
involved
in
the
following
activities
 

Mobilization,
planning,
and
implementation.

Training
PWS
and
consultant
staff.

Analyzing
and
reviewing
PWS
data.

Making
determinations
concerning
PWSs.

Compliance
tracking.

Recordkeeping.

Burden
and
costs
for
these
activities
are
accounted
for
under
the
primacy
agency
burden
(
see
Section
6).
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
57
Exhibit
5
EPA
Requirements
Requirement
Regulatory
Citation
Frequency
General
Requirements
(
apply
to
all
regulations)

For
States
and
other
entities
for
which
the
Agency
maintains
primacy,
the
Agency
must
maintain
the
records
and
perform
the
reporting
activities
required
of
States.
40
CFR
142.14
and
142.15
As
necessary
Review
State
request
for
approval
of
a
program
revision
and
notify
State
of
determination
regarding
request.
40
CFR
142.12(
d)(
3)
One
time,
as
necessary
Stage
1
DBPR
Subject
to
general
requirements
as
listed
above.

Chemical
Phase
Rules
(
Phases
II,
IIB,
and
V)

Subject
to
general
requirements
as
listed
above.

UCMR
1
(
List
1
and
2
Contaminants)

Arrange
for
testing
for
small
systems
and
report
results
to
PWS
and
State.
40
CFR
141.40(
a)(
7)(
ii)
One
time
Prepare
and
forward
to
State
an
initial
monitoring
plan,
including
Index
systems
and
those
part
of
Screening
Surveys.
40
CFR
141.40(
b)(
1)(
i)
One
time
Provide
guidance
to
States
regarding
sampling
instructions.
40
CFR
141.40(
b)(
1)(
vi)
One
time
1976
Radionuclides
None.
Now
a
part
of
2000
Radionuclides
Rule.

2000
Radionuclides
Subject
to
general
requirements
as
listed
above.

TTHM
None.
Now
a
part
of
Stage
1
DBPR.

SWTR
(
only
disinfection
residual
monitoring
and
associated
activities)

Subject
to
general
requirements
as
listed
above.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Requirement
Regulatory
Citation
Frequency
58
Arsenic
Rule
Subject
to
general
requirements
as
listed
above.

Lead
and
Copper
Rule
Subject
to
general
requirements
as
listed
above.

5(
b)
Collection
Methodology
and
Management
On
a
quarterly
basis,
primacy
agencies
must
report
data
to
EPA,
including
new
data
and
any
revisions
or
corrections
to
existing
data.
This
information
is
maintained
in
SDWIS,
which
contains
the
following
 
°
Inventory
data
for
each
PWS.
°
Violations.
°
Enforcement
actions
and
some
follow­
up
activity.
°
Variances
and
exemptions.

Primacy
agencies
transmit
SDWIS
data
to
EPA
both
manually
and
electronically.
In
the
District
of
Columbia,
Wyoming,
and
Indian
Lands
(
except
for
the
Navajo
Nation,
which
has
primacy),
results
of
system
samples
are
sent
directly
to
the
EPA
Region.
Virtually
all
SDWIS
data
are
reported
electronically
by
the
primacy
agency.
The
UCMR
requires
systems
to
report
some
data
in
addition
to
that
currently
required
by
§
141.35
and
requires
that
all
data
are
submitted
in
electronic
format.
UCMR
allows
laboratories
to
report
data
directly
to
EPA,
but
clarifies
that
systems
are
ultimately
responsible
for
timely
reporting.

SDWIS
data
support
a
number
of
rule
implementation
and
program
management
activities,
which
include
the
following
 
S
Tracking
the
status
of
PWSs
that
are
in
SNC.
This
information
is
provided
to
OECA,
as
part
of
the
Reporting
for
OECA
Priorities.
These
data
provide
senior
management
with
information
on
trends
in
drinking
water
enforcement.

S
Supporting
data
verification.
EPA
Regions
undertake
an
extensive
review
of
SDWIS
data
 
the
primary
purposes
of
which
is
to
assess
the
quality
of
data
and
recommend
any
necessary
changes
in
collection
or
reporting
methodologies.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
18
These
definitions
were
taken
from
§
601
of
the
Regulatory
Flexibility
Analysis
(
RFA).

59
S
Promoting
consistent
national
program
implementation.
The
process
of
data
verification
provides
insights
into
the
primacy
agency's
interpretation
of
regulations.
Such
information
supports
fair
and
consistent
SDWA
implementation
and
enforcement.

With
the
exception
of
UCMR
1,
all
costs
for
data
management
activities
are
addressed
in
the
PWSS
Program
ICR.
Section
5(
b)
of
the
PWSS
Program
ICR
contains
additional
detail
regarding
the
activities
supported
by
the
collection
of
SDWIS
data
described
above.

5(
c)
Small
Entity
Flexibility
In
developing
chemical
monitoring
rules
contained
in
this
ICR,
EPA
considered
the
requirement
of
the
Small
Business
Regulatory
Enforcement
Fairness
Act
(
SBREFA)
to
minimize
the
burden
of
information
collections
on
small
entities.
Small
entities
include
"
small
businesses,"
"
small
organizations"
and
"
small
government
jurisdictions."
These
terms
are
defined
below.
18

A
small
business
is
any
business
that
is
independently
owned
and
operated
and
not
dominant
in
its
field,
as
defined
by
the
Small
Business
Administration
regulations
under
Section
3
of
the
Small
Business
Act.

A
small
organization
is
any
non­
profit
enterprise
that
is
independently
owned
and
operated
and
not
dominant
in
its
field.

A
small
governmental
jurisdiction
is
the
government
of
a
city,
county,
town,
township,
village,
school
district,
or
special
district
that
has
a
population
of
fewer
than
50,000.
This
definition
may
also
include
Indian
Tribes.

The
major
requirement
under
SBREFA
is
a
regulatory
flexibility
analysis
of
all
rules
that
have
a
"
significant
economic
impact
on
a
substantial
number
of
small
entities."
This
ICR
is
not
associated
with
new
rules.
Therefore,
this
ICR
is
not
subject
to
the
SBREFA.
When
the
initial
Stage
1
DBPR
ICR
was
prepared
for
the
initial
implementation
phase
of
the
rule,
EPA
completed
an
RFA
because
it
had
determined
that
the
rule
would
have
a
significant
impact
on
small
systems.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
60
However,
EPA
has
made
significant
efforts
to
minimize
the
burden
for
all
respondents,
particularly
for
small
entities.
In
setting
both
MCLs/
MRDLs
and
monitoring
requirements,
EPA
has
been
able
to
minimize
burden
for
small
entities
in
the
following
ways
 
1)
Stage
1
Disinfectants
and
Disinfection
Byproducts
Rule
EPA
has
taken
steps
to
minimize
the
burden
on
small
PWSs.
These
measures
include
lower
monitoring
frequency
for
small
systems,
reducing
monitoring
frequency
for
systems
consistently
and
reliably
below
the
MCLs
and
MRDLs,
and
extending
the
compliance
date
for
small
systems
to
five
years
after
promulgation
of
the
rule.

2)
Chemical
Phase
Rules
For
the
contaminants
regulated
under
the
Phase
II
regulation,
the
provisions
established
in
the
SMF
are
intended
to
minimize
burden
on
small
entities
by
allowing
systems
to
composite
as
many
as
five
samples
and
by
allowing
States
to
grant
waivers,
which
reduce
or
eliminate
monitoring
requirements.

For
Phase
V
chemicals,
EPA
has
taken
steps
to
minimize
the
burden
on
PWSs
(
in
addition
to
the
provisions
listed
for
Phase
II
contaminants)
by
allowing
systems
serving
fewer
than
3,300
people
to
composite
among
different
systems
provided
the
five
sample
limit
is
maintained.
Sample
collection
has
also
been
simplified
by
allowing
the
same
sampling
locations
to
be
used
for
all
source
water­
related
monitoring.

3)
Unregulated
Contaminant
Monitoring
Rule
1,
Lists
1
and
2
EPA
has
estimated
the
impact
of
the
UCMR
1
and
concluded
that
the
impact
on
small
water
systems
will
not
be
significant.
The
rationale
for
this
conclusion
is
that
EPA
plans
to
pay
the
full
costs
of
shipping
and
testing
samples
for
small
systems
and
does
not
plan,
under
any
scenario,
to
ask
systems
to
pay
these
costs.
Thus,
the
costs
to
these
systems
will
be
limited
to
the
labor
hours
associated
with
collecting
a
sample
and
preparing
it
for
shipping.
System
costs
under
both
a
"
Full
Assessment
Monitoring
Implementation"
and
"
Limited
Assessment
Monitoring
Implementation"
scenario
were
estimated
to
ensure
that
small
systems
would
not
incur
significant
economic
impacts
under
any
circumstances.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
61
4)
1976
Radionuclides
Rule
and
2000
Radionuclides
Rule
The
monitoring
requirements
for
radionuclides
apply
only
to
CWSs
and
specify
different
monitoring
frequencies
depending
on
the
type
of
source
water.
Ground
water
systems
have
less
stringent
monitoring
requirements
and
since
most
small
systems
use
ground
water,
the
rule
imposes
less
burden
on
such
systems.
Specifically,
ground
water
systems
must
sample
at
least
once
every
four
years,
while
surface
water
systems
must
take
four
consecutive
quarterly
samples
once
every
four
years.
Additionally,
gross
beta
analysis
is
required
only
for
surface
water
systems
serving
at
least
10,000
people.

5)
Total
Trihalomethanes
Rule
The
Stage
1
DBPR
completely
supercedes
the
TTHM
Rule,
eliminating
a
separate
TTHM
Rule
burden.
Also,
the
TTHM
Rule
did
not
apply
to
small
PWSs,
only
to
those
serving
at
least
10,000
people.

6)
Disinfectant
Residual
Monitoring
and
Associated
Activities
under
the
SWTR
The
rule
allows
systems
serving
3,300
and
fewer
to
substitute
grab
sampling
for
continuous
disinfectant
residual
monitoring.
This
enables
small
systems
to
avoid
capital
costs
associated
with
continuous
monitoring
equipment.
Further,
the
number
of
daily
grab
samples
required
for
measuring
the
disinfectant
residual
is
directly
related
to
the
system's
size.
Systems
serving
500
or
fewer
people
are
required
to
take
one
sample,
while
systems
serving
2,501
to
3,300
people
are
required
to
take
four
samples.

7)
Arsenic
Rule
In
the
Arsenic
Rule,
in
order
to
assist
small
entities,
States
will
grant
monitoring
waivers
to
systems
that
are
reliably
and
consistently
below
the
MCL.
These
waivers
will
reduce
the
compliance
cost
for
some
small
systems
and
will
decrease
the
number
of
times
a
system
must
conduct
routine
monitoring.
In
addition,
the
monitoring
requirements
still
allows
systems
to
composite
up
to
five
samples.
Compositing
samples
allows
systems
to
reduce
the
laboratory
costs
associated
with
monitoring.

8)
Lead
and
Copper
Rule
In
developing
the
LCR
and
its
modifications,
EPA
considered
SBREFA
to
minimize
the
burden
of
information
collections
on
small
entities.
However,
while
preparing
the
LCRMR,
EPA
determined
that
the
LCR
would
not
have
a
significant
impact
on
a
substantial
number
of
small
entities.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
62
EPA
recognizes
that
some
water
systems
are
small
entities;
therefore,
the
LCR
reduced
to
the
extent
practicable
and
appropriate
the
burden
on
PWSs,
especially
smaller
systems.
The
regulations
include
the
following
examples
of
reduced
burden
for
small
systems:

Different
compliance
or
reporting
requirements
or
schedules
that
take
into
account
the
resources
available
to
smaller
water
systems.

Consolidated
or
simplified
compliance
and
reporting
requirements.

No
unnecessary
or
redundant
requirements.

5(
d)
Collection
Schedule
Exhibit
6
contains
a
summary
of
the
collection
schedules
for
each
rule.
Given
the
wide
range
of
phase­
in
schedules
for
the
respective
rules,
additional
information
may
be
obtained
by
consulting
the
individual
rules
for
specific
collection
schedules.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
19
Collection
schedule
is
based
on
the
commencement
of
monitoring
requirements.
Startup
activities
are
typically
completed
prior
to
these
dates.

63
Exhibit
6
Collection
Schedule19
Rule
Collection
Commencement
1976
Radionuclides
Rule
1978
TTHM
1980/
1982
(
depending
on
system
size).
Superceded
by
the
Stage
1
DBPR
beginning
in
2002/
2004.

Disinfectant
residual
monitoring
and
associated
activities
for
the
SWTR
1991/
1993
(
depending
on
filtration
status).

Phase
II
1993
Phase
IIB
1993
Phase
V
1996
UCMR
1
2001
Stage
1
DBPR
2002/
2004
(
depending
on
system
size
and
source).

2000
Radionuclides
Rule
2003
Arsenic
Rule
2006/
2007
(
depending
on
source)

Lead
and
Copper
Rule
1994
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
20
The
remaining
SWTR
requirements
are
included
in
the
Microbial
Rules
ICR.

21
The
State
Workload
Model
is
a
spreadsheet
model
used
by
States/
Primacy
Agencies
to
estimate
resource
needs
for
implementation
of
drinking
water
regulations.

64
6
ESTIMATING
BURDEN
AND
COST
OF
COLLECTION
This
section
estimates
the
burden
and
cost
to
PWSs,
primacy
agencies,
and
EPA
for
complying
with
drinking
water
information
collection
requirements
associated
with
chemical
contaminant­
related
rulemakings.
These
rulemakings
include
the
following
 
1)
Stage
1
Disinfectants
and
Disinfection
Byproducts
Rule
2)
Chemical
Phase
Rules
3)
Unregulated
Contaminant
Monitoring
Rule,
Lists
1
and
2
4)
1976
Radionuclides
Rule
and
2000
Radionuclides
Rule
5)
Total
Trihalomethanes
Rule
6)
Disinfectant
Residual
Monitoring
and
Associated
Activities
under
the
Surface
Water
Treatment
Rule20
7)
Arsenic
Rule
8)
Lead
and
Copper
Rule
This
section
also
discusses
the
assumptions
used
to
estimate
burden
and
costs
and
describes
the
change
in
annual
burden,
as
compared
with
the
2001
DDBP/
Chem/
Rads
Rules
ICR.
This
ICR
updates
the
annual
burdens
and
costs
associated
with
these
rulemakings
for
years
2005
through
2007.

EPA
is
committed
to
accurately
characterizing
the
burden
and
costs
of
rules
it
promulgates.
Consequently,
EPA
has
refined
some
of
the
assumptions
for
calculating
the
burden
and
costs
associated
with
implementing
the
drinking
water
regulations
contained
in
this
ICR.
For
this
update,
many
assumptions
were
revised
based
on
program
changes
and
well­
documented
changes
in
some
data.
To
provide
a
comparable
basis
on
which
to
calculate
the
requirements
addressed
by
the
DDBP/
Chem/
Rads
Rules
ICR
and
to
address
inconsistencies,
EPA
applied
uniform
assumptions
to
all
rules.
The
categories
of
assumptions
are
listed
below.

°
Labor
rates
 
for
PWSs,
a
mean
hourly
rate
of
$
17.09,
from
the
Bureau
of
Labor
Statistics
(
BLS),
with
an
overhead
rate
of
60
percent;
for
States,
the
hourly
rate
from
the
most
recent
State
Workload
Model.
21
°
PWS
inventory
figures
from
the
most
recent
frozen
SDWIS
database
pull.
°
Number
of
entry
points
 
data
from
the
1995
Community
Water
System
Survey
(
CWSS).
°
Number
of
plants
 
data
from
the
1995
CWSS.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
22
Includes
costs
for
ground
water
systems
only.
Disinfectant
residual
monitoring
and
associated
activities
for
surface
water
systems
are
addressed
by
the
SWTR.

65
6(
a)
Respondent
Burden
6(
a)(
i)
Burden
to
Public
Water
Systems
The
annual
PWS
burden
for
years
2005
through
2007
is
estimated
to
be
approximately
4.30
million
hours.
Exhibit
7
(
at
the
end
of
Section
6(
b))
shows
the
annual
burden
hours
on
a
rulespecific
basis.
Wherever
possible,
activity­
level
burden
assumptions
were
carried
forward
from
previous
ICRs.
However,
if
updated
data
were
available
(
e.
g.,
system
inventories),
those
data
were
used
in
burden
calculations.
Appendices
B
through
H
show
the
assumptions
and
detailed
burden
calculations
for
each
rule.
The
following
further
describes
the
bases
for
the
burden
estimates
for
each
rule.

1)
Stage
1
Disinfectants
and
Disinfection
Byproducts
Rule
Activities
associated
with
the
Stage
1
DBPR
account
for
0.71
million
annual
burden
hours.
The
assumptions
used
to
calculate
the
Stage
1
DBPR
burden
are
based
largely
on
assumptions
from
the
September
1998
Information
Collection
Request
for
the
National
Primary
Drinking
Water
Regulations:
Stage
1
Disinfectants
and
Disinfection
Byproducts
Rule
(
Stage
1
DBPR
ICR).
The
burden
for
systems
includes
only
monitoring.
Based
on
the
rule's
implementation
schedule,
the
startup
burden
for
systems
was
included
in
prior
ICRs.
The
specific
burden
for
monitoring
includes
the
following
 

Paired
TTHM/
HAA5

Alkalinity
and
paired
TOC

Bromate

Chloride
Dioxide

Chlorite
(
both
daily
and
monthly
monitoring)

Chlorine
or
chloramines
(
in
the
distribution
system)
22
At
this
point,
reduced
monitoring
burden
was
not
estimated
for
the
above
contaminants,
with
the
exception
of
alkalinity
and
paired
TOC
monitoring,
which
carried
forward
reduced
monitoring
rate
estimates
from
the
September
1998
Stage
1
DBPR
ICR.

Section
6(
f)
describes
the
reasons
for
changes
between
the
burden
reported
in
the
2001
DDBP/
Chem/
Rads
Rules
ICR
and
this
ICR.
Detailed
burden
and
cost
calculations
for
the
Stage
1
DBPR
are
provided
in
Appendix
B.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
66
2)
Chemical
Phase
Rules
Activities
associated
with
the
Chemical
Phase
Rules
account
for
a
burden
of
0.45
million
hours
per
year.
The
burden
estimate
includes
routine
and
reduced
sampling
for
IOCs,
VOCs,
and
SOCs
under
the
schedules
dictated
by
the
SMF.
The
assumptions
used
to
calculate
the
Chemical
Phase
Rule
burden
are
based
on
assumptions
from
the
1993
PWSS
Program
ICR,
which
maintained
most
assumptions
and
burden
estimates
from
the
individual
ICRs
for
the
Phase
II,
IIB,
and
V
rules,
with
an
adjustment
to
the
waiver
rate
assumptions
(
in
the
2001
DDBP/
Chem/
Rads
Rules
ICR)
to
more
accurately
reflect
actual
waiver
issuance
rates.
Section
6(
f)
describes
the
reasons
for
changes
between
the
burden
reported
in
the
2001
DDBP/
Chem/
Rads
Rules
ICR
and
this
ICR.
Appendix
C
summarizes
the
assumptions
used
to
calculate
the
Chemical
Phase
Rule
burden
and
provides
the
detailed
burden
and
cost
calculations.

3)
Unregulated
Contaminant
Monitoring
Rule,
Lists
1
and
2
Total
annual
burden
for
PWSs
for
the
UCMR
1
(
including
List
1
and
List
2
contaminants)
is
estimated
to
be
38
hours.
Included
in
this
burden
is
the
monitoring,
reporting,
and
recordkeeping
burden
for
the
List
1
and
List
2
contaminants
for
index
systems
only.
The
startup
activities
are
completed
and
the
burden
for
reading
the
regulation
and
guidance
materials
has
now
dropped
out.
Activity­
level
burden
assumptions
for
this
rule
were
carried
forward
from
the
August
1999
Information
Collection
Request
for
the
Unregulated
Contaminant
Monitoring
Regulation
and
the
Information
Collection
Request
for
the
Unregulated
Contaminant
Monitoring
Regulation
 
List
2.
Reasons
for
changes
in
burden
between
the
2001
DDBP/
Chem/
Rads
Rules
ICR
and
this
ICR
are
summarized
in
Section
6(
f).
EPA
will
promulgate
the
UCMR
2
as
a
separate
rule
and
its
burden
will
be
addressed
by
a
separate
ICR.
Detailed
information
about
assumptions,
burden,
and
calculations
are
provided
in
Appendix
D.

4)
1976
Radionuclides
Rule
and
2000
Radionuclides
Rule
For
this
ICR,
all
radionuclides
monitoring
will
be
addressed
by
the
2000
Radionuclides
requirements,
which
completely
absorb
and
augment
the
requirements
established
in
the1976
Rule.
Annual
PWS
burden
for
the
2000
Radionuclides
Rule
is
estimated
to
be
0.02
million
hours,
which
is
based
on
burden
assumptions
contained
in
the
2001
DDBP/
Chem/
Rads
Rules
ICR.
The
large
burden
estimates
for
startup
activities
have
dropped
out,
and
burden
for
monitoring
activities
will
continue.

Monitoring
burden
is
for
the
following
contaminants
 

Gross
Alpha

Beta
and
photon
emitters

Combined
Radium­
226/­
228

Uranium
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
67
Section
6(
f)
describes
the
reasons
for
changes
between
the
radionuclides
burden
reported
in
the
2001
DDBP/
Chem/
Rads
Rules
ICR
and
this
ICR.
Calculations
for
burden
and
costs
for
the
2000
Radionuclides
Rule
are
included
in
Appendix
E.

5)
Total
Trihalomethanes
Rule
For
this
ICR,
no
burden
is
calculated
for
the
TTHM
Rule
because
the
Stage
1
DBPR
completely
absorbs
the
TTHM
requirements
and
expands
them
to
address
systems
serving
fewer
than
10,000
people
and
NTNCWSs.

6)
Disinfectant
Residual
Monitoring
and
Associated
Activities
under
the
SWTR
As
stated
previously,
this
ICR
includes
burden
estimates
only
for
the
disinfection
residual
monitoring
and
associated
activities
required
under
the
SWTR.
The
Microbial
Rules
ICR
addresses
the
burden
and
costs
for
all
other
SWTR
requirements.
Implementation
of
the
SWTR
disinfection
residual
monitoring
and
associated
activities
is
estimated
to
result
in
an
annual
PWS
burden
of
1.22
million
hours.
Included
in
the
estimate
is
burden
for
 

Distribution
system
residual
monitoring.

Calculation
of
inactivation
ratio
using
CT
values.

Measurement
of
pH
and
temperature,
as
necessary
to
meet
requirements.

Entry
point
residual
monitoring
for
filtered
systems.

Entry
point
residual
monitoring
for
unfiltered
systems.

Section
6(
f)
describes
the
reasons
for
changes
between
the
burden
reported
in
the
2001
DDBP/
Chem/
Rads
Rules
ICR
and
this
ICR.
Appendix
F
summarizes
the
assumptions
used
to
calculate
the
burden
for
disinfection
residual
monitoring
and
associated
activities
under
SWTR
and
provides
the
detailed
burden
and
cost
calculations.

7)
Arsenic
Rule
This
ICR
addresses
the
burden
and
cost
for
arsenic
monitoring,
reporting,
and
recordkeeping
beginning
in
2005.
Start­
up
activities
associated
with
this
rule
have
been
accounted
for
in
the
previous
stand­
alone
Arsenic
Rule
ICR.
This
ICR
represents
the
burden
and
costs
for
monitoring,
which
systems
are
required
to
complete
by
2006
or
2007.
Implementation
of
the
Arsenic
Rule
is
estimated
to
result
in
an
annual
PWS
burden
of
0.19
million
hours.
Appendix
G
summarizes
the
assumptions
used
to
calculate
burden
for
the
Arsenic
Rule
and
provides
the
detailed
burden
and
cost
estimates.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
68
8)
Lead
and
Copper
Rule
The
average
annual
respondent
burden
is
1.72
million
hours
for
reporting
(
including
lead
service
line
replacement
reporting),
recordkeeping,
and
public
education
activities
of
the
LCR.
Only
CWSs
and
NTNCWSs
incur
a
burden
associated
with
LCR
requirements.

Section
6(
f)
describes
the
reasons
for
changes
between
the
burden
reported
in
the
Lead
and
Copper
Rule
Amendment
to
the
2001
DDBP/
Chem/
Rads
Rules
ICR
and
this
DDBP/
Chem/
Rads
Rules
ICR.
Appendix
H
summarizes
the
assumptions
used
to
calculate
the
burden
for
the
Lead
and
Copper
Rule
and
provides
the
detailed
burden
and
cost
estimates.

6(
a)(
ii)
Burden
to
Primacy
Agencies
The
annual
burden
for
primacy
agencies
is
estimated
to
be
approximately
2.12
million
hours.
Exhibit
8
(
at
the
end
of
Section
6(
b))
shows
the
annual
burden
hours
on
a
rule­
specific
basis.
Many
other
State
activities,
such
as
compliance
assurance
and
data
management,
cannot
be
divided
among
specific
rules
and
are
included
in
the
PWSS
Program
ICR
as
general
primacy
activities.
The
following
briefly
describes
the
bases
for
the
burden
estimates
 
1)
Stage
1
Disinfectants
and
Disinfection
Byproducts
Rule
The
annual
State
burden
for
the
Stage
1
DBPR
is
expected
to
be
0.15
million
hours.
This
reflects
data
entry
and
recordkeeping
burden.
The
start­
up
activities
have
been
completed
and
have
been
taken
into
account
in
previous
ICRs.
Section
6(
f)
describes
the
reasons
for
changes
between
the
Stage
1
DBPR
burden
reported
in
the
2001
DDBP/
Chem/
Rads
Rules
ICR
and
this
ICR.
Detailed
calculations
for
burden
and
cost
are
shown
in
Appendix
B.

2)
Chemical
Phase
Rules
For
States,
the
annual
burden
associated
with
the
Chemical
Phase
Rules
is
estimated
to
be
approximately
1.33
million
hours.
This
reflects
reporting
and
recordkeeping
burden
for
routine
and
reduced
sampling
for
IOCs,
VOCs,
and
SOCs
under
the
schedules
dictated
by
the
SMF.
Estimates
for
primacy
agency
burden
for
the
Chemical
Phase
Rules
are
based
on
State
Workload
Model
Assumptions
carried
forward
from
the
1993
PWSS
Program
ICR.
Because
it
is
now
a
part
of
the
Arsenic
Rule
burden,
an
estimate
of
the
burden
hours
associated
with
arsenic
monitoring
has
been
removed
from
the
State
burden.
Section
6(
f)
describes
the
reasons
for
changes
between
the
Chemical
Phase
Rules
burden
reported
in
the
2001
DDBP/
Chem/
Rads
Rules
ICR
and
this
ICR.
Detailed
calculations
for
burden
and
cost
are
shown
in
Appendix
C.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
69
3)
Unregulated
Contaminant
Monitoring
Rule,
Lists
1
and
2
States
are
expected
to
expend
0.002
million
annual
burden
hours
implementing
requirements
of
UCMR
1,
for
List
1
and
List
2
contaminants.
The
burden
includes
activities
such
as
coordinating
with
EPA,
providing
data
management
support,
and
assisting
in
the
implementation
of
the
program.
In
addition,
the
burden
includes
overhead
costs
for
support
staff
related
to
rule­
specific
training
and
staff
supervision.
Section
6(
f)
describes
the
reasons
for
changes
between
the
UCMR
1
burden
reported
in
the
2001
DDBP/
Chem/
Rads
Rules
ICR
and
this
ICR.
Detailed
burden
and
costs
calculations
are
included
in
Appendix
D.

4)
1976
Radionuclides
Rule
and
2000
Radionuclides
Rule
For
the
1976
Radionuclides
Rule,
there
is
no
annual
State
burden
because
the
cost
and
burden
are
now
completely
represented
by
the
2000
Radionuclides
Rule.
For
the
2000
Radionuclides
Rule,
annual
State
burden
is
estimated
to
be
0.002
million
hours.
The
annual
State
burden
is
based
on
burden
assumptions
contained
in
the
2001
DDBP/
Chem/
Rads
Rules
ICR.
Burden
is
calculated
for
primacy
agency
staff
for
monitoring
activities
only
because
start­
up
activities
have
been
completed
(
i.
e.,
there
is
no
burden
or
cost
for
these
activities).
Monitoring
burden
is
derived
based
on
recordkeeping,
reporting,
and
compliance
tracking
and
analysis
requirements
for
analyses
conducted
by
PWSs.
Section
6(
f)
describes
the
reasons
for
changes
between
the
radionuclides
burden
reported
in
the
2001
DDBP/
Chem/
Rads
Rules
ICR
and
this
ICR.
Calculations
for
cost
and
burden
for
the
2000
Rule
are
included
in
Appendix
E.

5)
Total
Trihalomethanes
Rule
No
burden
is
expected
for
the
TTHM
Rule
because
this
burden
is
now
completely
covered
under
the
Stage
1
DBPR.

6)
Disinfectant
Residual
Monitoring
and
Associated
Activities
for
under
SWTR
As
stated
previously,
this
ICR
includes
burden
estimates
for
only
the
disinfection
residual
monitoring
and
associated
activity
components
of
the
SWTR.
The
Microbial
Rules
ICR
addresses
the
burden
and
costs
for
the
other
SWTR
requirements.
Implementation
of
the
SWTR
disinfection
residual
monitoring
is
expected
to
result
in
an
annual
State
burden
of
0.33
million
hours.
Included
in
this
estimate
is
burden
associated
with
reviewing
data
for
 

Distribution
system
residual
monitoring.

Calculation
of
inactivation
ratio
using
CT
values.

Measurement
of
pH
and
temperature,
as
necessary
to
meet
requirements.

Entry
point
residual
monitoring
for
filtered
systems.

Entry
point
residual
monitoring
for
unfiltered
systems.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
70
Estimates
for
primacy
agency
burden
for
the
SWTR
are
based
on
State
Workload
Model
assumptions
carried
forward
from
the
2001
DDBP/
Chem/
Rads
Rules
ICR.
Section
6(
f)
describes
the
reasons
for
changes
between
the
burden
reported
in
the
2001
DDBP/
Chem/
Rads
Rules
ICR
and
this
ICR.
Detailed
calculations
for
burden
and
cost
are
shown
in
Appendix
F.

7)
Arsenic
Rule
For
the
2001
Arsenic
Rule,
annual
State
burden
is
estimated
to
be
0.09
million
hours.
The
annual
State
burden
is
based
on
assumptions
contained
in
the
2000
Arsenic
Rule
ICR.
Burden
is
calculated
for
primacy
agency
staff
for
monitoring
activities
only.
Since
the
start­
up
activities
have
been
completed,
no
burden
or
cost
is
reported
for
these
activities.
Monitoring
burden
is
derived
based
on
recordkeeping,
reporting,
and
compliance
tracking
and
analysis.
Section
6(
f)
describes
the
reasons
for
changes
between
the
burden
reported
in
the
2000
Arsenic
Rule
ICR
and
this
ICR.
Calculations
for
cost
and
burden
for
the
2000
Rule
are
included
in
Appendix
G.

8)
Lead
and
Copper
Rule
EPA
estimates
that
the
annual
burden
incurred
by
primacy
agencies
for
activities
associated
with
the
lead
and
copper
regulation
is
approximately
0.21
million
hours.
This
estimate
includes
costs
for
employing
a
corrosion
control
expert
and
costs
to
review
various
letters
and
results
submitted
by
water
systems
in
accordance
with
the
LCR.
Further
detail
about
these
activities
and
associated
burden
and
costs
is
provided
in
Appendix
H.

6(
b)
Respondent
Costs
6(
b)(
i)
Cost
to
Public
Water
Systems
Exhibit
7
shows
the
annual
costs
for
PWSs
over
the
three­
year
ICR
period.
Annual
costs
are
estimated
at
approximately
$
312.4
million,
which
consists
of
$
187.8
million
in
O&
M
costs,
$
6.9
million
in
capital
costs,
and
$
117.7
million
in
labor
costs.

Labor
costs
are
based
on
the
number
of
burden
hours
times
the
average
hourly
wage
rate,
including
overhead.
The
average
hourly
wage
rate
is
the
rate
quoted
by
the
Bureau
of
Labor
Statistics
(
BLS)
for
Standard
Occupational
Classification
(
SOC)
Code
51­
8031,
"
Local
Government
 
Water
and
Liquid
Waste
Treatment
Plant
and
System
Operators."
The
quoted
rate
was
$
16.64
in
2002
dollars
(
see
http://
stats.
bls.
gov).
For
consistency,
this
rate
has
been
inflated
to
2003
dollars
using
the
Employment
Cost
Index.
The
inflated
rate
is
$
17.09.
In
addition,
60
percent
overhead
was
assumed,
bringing
the
loaded
rate
to
$
27.34
in
2003
dollars.

In
addition
to
labor
costs,
there
are
O&
M
costs
associated
with
the
each
of
the
rules
covered
by
this
ICR.
These
O&
M
costs
reflect
non­
labor
costs
associated
with
sample
analysis
for
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
23
According
to
the
ICR
Handbook,
an
employee
works
an
average
of
2,080
hours
in
one
year.

71
each
of
the
rules.
These
costs
vary
by
rule
according
to
the
frequency
and
cost
of
a
particular
analysis.

In
addition
to
O&
M
costs,
the
requirements
of
one
rule
(
i.
e.,
SWTR)
result
in
capital
costs
to
affected
PWSs.
Capital
costs
are
incurred
to
buy
and
replace
monitoring
equipment
necessary
for
on­
site
analysis
of
disinfectant
residuals
and
water
pH.
Capital
costs
are
based
on
vendor
estimates
for
both
in­
line
and
portable
equipment,
as
required
by
regulations.
Equipment
costs
are
based
on
a
seven­
year
replacement
cycle.
Details
on
both
the
capital
and
O&
M
costs
associated
with
each
rule
can
be
found
in
Appendices
B
through
H.

6(
b)(
ii)
Cost
to
Primacy
Agencies
Exhibit
8
shows
that
the
annual
cost
to
primacy
agencies
is
estimated
at
approximately
$
67.4
million,
which
is
comprised
almost
exclusively
of
labor
costs.
There
are
some
O&
M
costs
associated
with
the
Lead
and
Copper
Rule
($
0.005
million).
The
labor
costs
are
based
on
an
average
full
time
equivalent
(
FTE)
cost
of
$
66,008
including
overhead,
which
equates
to
approximately
$
31.73
per
hour.
23
This
rate,
which
has
been
inflated
to
year
2003
dollars,
is
based
on
the
rate
($
55,000)
suggested
by
the
workgroup
that
developed
the
State
Workload
Model
in
1997.
There
are
no
primacy
agency
capital
costs
associated
with
this
ICR.

Exhibit
7
Annual
PWS
Burden
and
Cost
2005­
2007
Activity
Annual
Burden
Hours
Cost
Annual
Responses
Annual
Labor
Cost
($
K)
Annual
O&
M
Cost
($
K)
Annual
Capital
Cost
($
K)
Total
Annual
Cost
($
K)

Stage
1
DBPR
708,300
$
19,366
$
70,661
$
0
$
90,027
2,008,384
Chemical
Phases
(
including
Nitrate/
Nitrite)
448,272
$
12,256
$
63,552
$
0
$
75,808
472,298
UCMR
1
38
$
1
$
0
$
0
$
1
26
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Activity
Annual
Burden
Hours
Cost
Annual
Responses
Annual
Labor
Cost
($
K)
Annual
O&
M
Cost
($
K)
Annual
Capital
Cost
($
K)
Total
Annual
Cost
($
K)

72
1976
Radionuclides
0
$
0
$
0
$
0
$
0
0
2000
Radionuclides
20,655
$
565
$
4,019
$
0
$
4,584
41,309
TTHM
Rule
0
$
0
$
0
$
0
$
0
0
SWTR
(
disinfectant
residuals
and
associated
activities
only)
1,221,709
$
33,403
$
37,004
$
6,918
$
77,325
13,360,307
Arsenic
Rule
185,443
$
5,070
$
1,732
$
0
$
6,802
40,172
Lead
and
Copper
Rule
1,719,892
$
47,024
$
10,877
$
0
$
57,901
679,104
TOTAL
4,304,309
$
117,685
$
187,845
$
6,918
$
312,448
16,601,600
Note:
Detail
may
not
add
exactly
to
totals
due
to
independent
rounding.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
73
Exhibit
8
Annual
Primacy
Agency
Burden
and
Cost
2005­
2007
Activity
Annual
Burden
Hours
Cost
Annual
Responses
Annual
Labor
Cost
($
K)
Annual
O&
M
Cost
($
K)
Annual
Capital
Cost
($
K)
Total
Annual
Cost
($
K)

Stage
1
DBPR
149,332
$
4,739
$
0
$
0
$
4,739
48,132
Chemical
Phases
(
including
Nitrate/
Nitrite)
1,333,109
$
42,306
$
0
$
0
$
42,306
602,648
UCMR
1
2,432
$
77
$
0
$
0
$
77
228
1976
Radionuclides
0
$
0
$
0
$
0
$
0
0
2000
Radionuclides
2,479
$
79
$
0
$
0
$
79
41,309
TTHM
Rule
0
$
0
$
0
$
0
$
0
0
SWTR
(
disinfectant
residuals
and
associated
activities
only)
333,011
$
10,568
$
0
$
0
$
10,568
176,784
Arsenic
Rule
89,158
$
2,829
$
0
$
0
$
2,829
41,212
Lead
and
Copper
Rule
213,218
$
6,766
$
5
$
0
$
6,771
58,683
TOTAL
2,122,739
$
67,364
$
5
$
0
$
67,369
968,996
Note:
Detail
may
not
add
exactly
to
totals
due
to
independent
rounding.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
24
The
EPA
burden
for
activities
where
EPA
acts
as
a
primacy
agent
counts
as
primacy
agency
burden
and
is
included
in
totals
for
primacy
agency
burden.

25
Source:
SDWIS/
FED
Data
from
the
FY03Q04
frozen
database
extracted
on
December
31,
2003.

26
This
is
a
simplifying
assumption.
Primacy
activities
for
Wyoming
and
the
District
of
Columbia
are
actually
implemented
by
the
respective
EPA
Regional
offices.

74
6(
c)
Agency
Burden
and
Costs
Burden
and
costs
to
the
Federal
government
are
incurred
by
EPA's
drinking
water
program
in
Headquarters
and
EPA
Regions
to
assist
States
in
implementing
drinking
water
regulations.
EPA
burden
and
costs
for
on­
going
general
activities
for
all
EPA
drinking
water
regulations
(
not
just
those
listed
in
this
ICR)
are
accounted
for
under
the
PWSS
Program
ICR.
Burden
and
costs
included
in
the
PWSS
Program
ICR
cover
all
cross­
cutting
(
non­
rule
specific)
regulatory
activities
associated
with
compliance
tracking,
regulatory
enforcement,
and
rule
development
activities.
With
the
exception
of
the
UCMR
1,
there
are
no
rule­
specific
activities
expected
for
EPA
under
any
of
the
rules
covered
by
this
ICR.
24
EPA
costs
specific
to
the
UCMR
1
are
included
in
this
ICR.
Specifically,
EPA
will
be
paying
O&
M
costs
for
small
system
sampling
analysis
and
consultants
for
setup
and
evaluation
of
the
UCMR
1
data
monitoring
protocol.
These
O&
M
costs
are
estimated
to
be
$
0.65
million
annually.
In
addition,
EPA
is
expected
to
incur
an
annual
burden
of
4,777
hours
to
oversee
the
UCMR
1
efforts
at
an
annual
labor
cost
of
$
0.3
million.

6(
d)
Estimating
Respondent
Universe
and
Total
Burden
and
Costs
Respondents
for
this
ICR
include
both
PWSs
and
States
or
other
primacy
agencies.
This
ICR
estimates
that
the
number
of
PWS
respondents
is
161,217
existing
PWSs.
25
However,
all
PWSs
are
not
necessarily
subject
to
each
of
the
information
collection
requirements
contained
in
this
ICR.
The
regulations
associated
with
each
rule
identify
the
numbers
and
types
of
PWSs
that
are
subject
to
each
particular
provision.
In
addition
to
the
PWS
respondents,
this
ICR
assumes
57
primacy
agencies
(
50
States
plus
D.
C.,
U.
S.
Territories,
and
the
Navajo
Nation).
26
Therefore,
the
total
number
of
respondents
is
161,274.

The
total
costs
and
burden
for
these
respondents
are
summarized
in
Exhibits
7
and
8.
EPA
costs
and
burden
are
detailed
in
Section
6(
c).

6(
e)
Bottom
Line
Burden
Hours
and
Costs
The
bottom
line
burden
hours
and
costs
appear
in
Exhibit
9.
The
total
annual
respondent
burden
associated
with
this
ICR
is
estimated
to
be
approximately
6.43
million
hours.
The
total
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
75
annual
respondent
costs
are
estimated
to
be
$
379.8
million.
The
total
national
burden,
including
respondent
burden
and
EPA
burden,
is
estimated
to
be
6.43
million
hours
annually.
The
total
national
cost,
for
respondents
and
EPA,
is
estimated
to
be
$
380.8
million
annually.
The
approximate
annual
O&
M
and
capital
costs
are
$
194.8
million
($
187.8
million
for
O&
M
and
$
6.9
million
for
capital).
This
represents
the
"
cost
burden"
as
reported
in
the
OMB
inventory.

Exhibit
9
Bottom
Line
Annual
Burden
and
Cost
2005­
2007
Annual
Number
of
Respondents
161,274
=
161,217
+
57
Existing
PWSs
Primacy
agencies
Total
Annual
Responses
17,570,596
=
16,601,600
+
968,996
PWS
responses
(
see
Exhibit
7)
Primacy
agency
responses
(
see
Exhibit
8)

Number
of
Responses
per
Respondent
109.0
=
17,570,596
/
161,274
Total
annual
responses
from
above
Total
annual
respondents
from
above
Total
Annual
Respondent
Hours
6,427,048
=
4,304,309
+
2,122,739
PWS
hours
(
see
Exhibit
7)
Primacy
agency
hours
(
see
Exhibit
8)

Hours
per
Response
0.37
=
6,427,048
/
17,570,596
Total
annual
respondent
hours
from
above
Total
annual
responses
from
above
Annual
O&
M
and
Capital
Cost
$
194,768k
=
$
187,845k
+$
6,918k
+
5k
Total
PWS
O&
M
costs
Total
PWS
capital
costs
Total
primacy
agencies
O&
M
costs
Total
Annual
Respondent
Cost
$
379,817k
=
$
312,448k
+
$
67,369k
For
PWSs
(
see
Exhibit
7)
For
primacy
agencies
(
see
Exhibit
8)

Total
Annual
Hours
(
resp.
plus
Agency)
6,431,825
=
6,427,048
+
4,777
Total
annual
respondent
hours
from
above
Total
EPA
hours
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
76
Total
Annual
Cost
(
resp.
plus
Agency)
$
380,768k
=
$
379,817k
+$
951k
Total
annual
respondent
cost
from
above
Total
EPA
cost
6(
f)
Reasons
for
Change
in
Burden
This
section
presents
the
change
in
burden
and
explains
the
reasons
for
the
change
in
burden.
The
discussion
is
divided
into
two
parts
 

Section
6(
f)(
i)
summarizes
the
restructuring
adjustments
being
made
for
the
addition
of
the
Arsenic
Rule
to
the
DDBP/
Chem/
Rads
Rules
ICR.
See
Exhibit
11.

Section
6(
f)(
ii)
summarizes
other
adjustments
to
the
annual
burden
estimates
associated
with
each
rule
in
the
2001
DDBP/
Chem/
Rads
Rules
ICR.
See
Exhibits
12
through
14.

Exhibit
10
summarizes
how
each
of
these
changes
has
affected
the
overall
burden
inventory
for
the
DDBP/
Chem/
Rads
Rules
ICR.

Exhibit
10
Summary
of
Changes
in
Annual
Burden
(
Includes
both
PWS
and
Primacy
Agency
Burden)

Type
of
Change
Burden
(
hours)
Running
Total
Comment
Burden
Estimated
in
the
2001
DDBP/
Chem/
Rads
Rules
ICR
6,117,936
6,117,936
This
burden
serves
as
the
baseline
for
the
2004
DDBP/
Chem/
Rads
Rules
ICR.

Restructuring
Adjustments
 
see
Section
6(
f)(
i)
667,179
6,785,115
Burden
for
the
Arsenic
Rule
is
now
included
in
this
ICR.

Other
Adjustments
to
Burden
 
see
Section
6(
f)(
ii)
(
358,067)
6,427,048
Burden
for
which
EPA
seeks
approval
in
this
ICR.

6(
f)(
i)
Restructuring
Adjustments
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
77
Restructuring
adjustments
are
being
made
to
consolidate
the
burden
for
each
of
the
regulations
being
newly
incorporated
into
the
DDBP/
Chem/
Rads
Rules
ICR.
These
adjustments
are
discussed
below
and
summarized
in
Exhibit
11.

Burden
associated
with
the
Arsenic
Rule.
The
total
annual
respondent
burden
estimated
in
the
Arsenic
Rule
ICR
was
approximately
0.667
million
hours
per
year.
The
total
annual
respondent
cost
estimated
in
the
Arsenic
Rule
ICR
was
approximately
$
12
million.
The
annual
respondent
burden
included
approximately
0.616
million
annual
hours
for
PWSs
and
0.051
million
annual
hours
for
primacy
agencies.
The
annual
respondent
cost
included
approximately
$
10.4
million
for
PWSs
and
$
1.6
million
for
primacy
agencies.
There
were
no
EPA
costs
or
burden
associated
specifically
with
the
Arsenic
Rule.
In
order
to
consolidate
DDBP/
Chem/
Rads
rules,
EPA
is
requesting
that
these
hours
be
moved
to
the
DDBP/
Chem/
Rads
Rules
ICR
(
OMB
No.
2040­
0204).

Exhibit
11
Restructuring
Adjustments
to
the
Annual
Burden
Inventory
for
the
DDBP/
Chem/
Rads
Rules
ICR
(
Includes
both
PWS
and
Primacy
Agency
Burden)

Action
Annual
Burden
Hours
Brief
Explanation
N/
A
4,337,534
Inventory
for
the
2001
DDBP/
Chem/
Rads
Rules
ICR
carried
forward
as
the
baseline
2004
DDBP/
Chem/
Rads
Rules
ICR
Add
1
One
hour
was
added
for
the
Aeromonas
monitoring
under
UCMR
1
when
it
was
proposed.

Add
1,780,049
Inventory
for
the
Lead
and
Copper
Rule
added
as
an
amendment
to
the
2001
DDBP/
Chem/
Rads
Rules
ICR
on
10/
17/
03.

Subtract
1
Adjustment
to
remove
the
proposed
Aeromonas
monitoring
burden
under
UCMR
1.

Add
353
Inventory
for
final
Aeromonas
monitoring
requirement
added
as
an
amendment
to
the
UCMR
1,
included
in
the
DDBP/
Chem/
Rads
Rules
ICR
on
10/
17/
03.

Subtotal
6,117,936
Current
opening
inventory
for
the
2001
DDBP/
Chem/
Rads
Rules
ICR.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
78
Add
667,179
This
represents
the
current
Arsenic
Rule
burden
inventory.
This
inventory
is
being
moved
from
the
Arsenic
Rule
ICR
(
OMB
2040­
0231)
into
the
2004
DDBP/
Chem/
Rads
Rules
ICR.

Total
6,785,115
DDBP/
Chem/
Rads
Rules
ICR
inventory
based
on
current
burden
inventories
6(
f)(
ii)
Other
Burden
Adjustments
Changes
in
calculated
burden
are
a
result
of
updating
relevant
baseline
information
for
each
rule
with
the
most
current
and
accurate
information
available
(
e.
g.,
PWS
inventories).
Where
appropriate,
estimated
violation,
waiver,
and
other
associated
rates
have
also
been
updated
to
reflect
current
information
on
rule
compliance.
Exhibits
12
and
13
summarize
reasons
for
these
changes
and
quantify
the
changes
by
rule.
Burden
adjustments
associated
with
PWS
activities
resulted
in
a
burden
decrease
of
0.40
million
hours
and
are
detailed
in
Exhibit
12.
Burden
adjustments
for
primacy
agencies
result
in
a
increase
of
0.04
million
hours
per
year,
as
shown
in
Exhibit
13.

Exhibit
12
Adjustments
to
PWS
Burden
from
Previous
ICR
Estimates
Activity
Previous
Annual
Burden
Estimate
(
hours)
2005­
2007
Annual
Burden
Estimate
(
hours)
Change
in
Annual
Burden
(
hours)
Reason
for
Change
in
Annual
Burden
Stage
1
DBPR
632,610
708,300
75,690
The
increase
in
burden
hours
is
attributable
to
monitoring
activities
in
all
three
years
included
in
this
ICR
under
the
Stage
1
DBPR.
The
previous
ICR
included
monitoring
for
only
one
year.

Chemical
Phases
(
including
Nitrate/
Nitrite)
456,785
448,272
(
8,513)
The
decrease
in
PWS
burden
is
attributable
to
a
combination
of
updated
system
inventories,
the
requirements
of
the
particular
SMF
compliance
period,
and
the
removal
of
the
burden
for
arsenic
which
is
now
accounted
for
under
the
Arsenic
Rule
in
this
ICR.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Activity
Previous
Annual
Burden
Estimate
(
hours)
2005­
2007
Annual
Burden
Estimate
(
hours)
Change
in
Annual
Burden
(
hours)
Reason
for
Change
in
Annual
Burden
79
UCMR
1*
6,890
38
(
6,852)
The
decrease
in
annual
burden
is
attributable
to
different
UCMR
1
requirements
for
the
period
covered
by
this
ICR.
Most
UCMR
1
activities
have
been
completed.
Only
index
systems
require
monitoring
during
this
ICR
period
and
only
in
2005.

1976
Radionuclides
9,377
0
(
9,377)
Removal
of
burden
is
attributable
to
the
regulation
being
completely
superceded
by
the
2000
Rule
beginning
in
2004.

2000
Radionuclides
227,461
20,655
(
206,806)
The
decrease
in
burden
is
attributable
to
the
completion
of
the
startup
activities
under
the
previous
ICR.
For
monitoring
activities
that
began
in
2004
and
continue
into
this
ICR
period,
the
burden
is
small
relative
to
startup
activities
completed
in
the
previous
ICR.

TTHM
Rule
20,190
0
(
20,190)
Removal
of
burden
is
attributable
to
commencement
of
Stage
1
DBPR
monitoring
activities,
which
supercede
those
under
the
TTHM
Rule.
Monitoring
activities
are
accounted
for
under
the
Stage
1
DBPR
beginning
in
2002
for
large
surface
water
systems
and
2004
for
all
other
systems.

SWTR
(
disinfectant
residuals
and
associated
activities
only)
1,153,060
1,221,709
68,649
The
increase
in
burden
is
attributable
to
the
use
of
updated
system
inventories
and
entry
points
per
system
to
calculate
monitoring
costs.

Arsenic
Rule
615,928
185,443
(
430,485)
The
large
decrease
in
burden
is
attributable
to
the
completion
of
start­
up
activities.
For
monitoring
activities
that
continue
into
this
ICR
period,
the
burden
is
small
relative
to
the
start­
up
activities
that
were
completed
in
the
previous
ICR.

Lead
and
Copper
Rule
1,581,363
1,719,892
138,529
The
increase
in
burden
is
attributable
to
the
use
of
updated
system
inventories
and
different
requirements
during
the
particular
monitoring
period.

TOTAL
4,703,664
4,304,309
(
399,355)
Adjusted
PWS
Burden.

*
Previous
annual
burden
estimate
includes
353
hours
for
the
addition
of
Aeromonas
monitoring.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
80
Exhibit
13
Adjustments
to
Primacy
Agency
Burden
from
Previous
ICR
Estimates
Activity
Previous
Annual
Burden
Estimate
(
hours)
2005­
2007
Annual
Burden
Estimate
(
hours)
Change
in
Annual
Burden
(
hours)
Reason
for
Change
in
Burden
Stage
1
DBPR
168,686
149,332
(
19,354)
The
decrease
in
burden
hours
is
attributable
to
the
completion
of
startup
activities
required
under
the
Stage
1
DBPR.
Primacy
agency
activities
for
startup
under
this
rule
required
a
relatively
large
annual
burden
in
comparison
to
ongoing
activities
associated
with
reporting
and
recordkeeping.

Chemical
Phases
(
including
Nitrate/
Nitrite
)
1,382,742
1,333,109
(
49,633)
Decrease
in
burden
is
due
to
the
removal
of
burden
for
Arsenic
(
now
covered
by
the
Arsenic
Rule).

UCMR
1
8,925
2,432
(
6,493)
The
decrease
in
annual
burden
is
attributable
to
different
UCMR
1
requirements
for
the
period
covered
by
this
ICR.
Only
a
small
number
of
index
systems
are
still
required
to
monitor.

1976
Radionuclides
1,125
0
(
1,125)
Decrease
in
burden
is
attributable
to
the
regulations
being
completely
superceded
by
the
2000
Rule
beginning
in
2004.

2000
Radionuclides
8,076
2,479
(
5,597)
The
decrease
in
burden
is
attributable
to
the
completion
of
the
startup
activities
considered
under
the
previous
ICR.
For
monitoring
activities
that
begin
in
2004
and
continue
into
this
ICR
period,
the
burden
is
small
relative
to
startup
activities
completed
in
the
previous
ICR.

TTHM
Rule
7,571
0
(
7,571)
The
decrease
in
burden
is
attributable
to
commencement
of
Stage
1
DBPR
monitoring
activities,
which
supercede
those
under
the
TTHM
Rule.
Monitoring
activities
fall
under
the
Stage
1
DBPR
beginning
in
2002
for
large
surface
water
systems
and
2004
for
all
other
systems.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
Activity
Previous
Annual
Burden
Estimate
(
hours)
2005­
2007
Annual
Burden
Estimate
(
hours)
Change
in
Annual
Burden
(
hours)
Reason
for
Change
in
Burden
81
SWTR
(
disinfectant
residuals
and
associated
activities
only)
254,389
333,011
78,622
Because
total
SWTR
primacy
agency
burden
is
derived
from
the
State
Workload
Model,
a
single
burden
value
is
given
for
the
SWTR.
Therefore,
in
order
to
estimate
burden
for
SWTR
activities
covered
under
this
ICR,
burden
hours
were
apportioned
based
on
the
relative
proportion
of
burden
hours
for
activities
covered
under
this
ICR
and
the
Microbial
Rules
ICR..
The
increase
in
burden
listed
here
results
from
an
increase
in
the
number
of
burden
hours
accounted
for
in
this
ICR
relative
to
those
counted
elsewhere
(
hours
for
turbidity
monitoring
and
associated
activities
are
counted
under
the
Microbial
Rules
ICR).

Arsenic
Rule
51,251
89,158
37,907
The
increase
in
burden
is
due
to
an
increased
number
of
waivers
during
this
ICR
period
that
the
primacy
agency
is
required
to
review
and
inclusion
of
burden
hours
previously
counted
under
the
Chemical
Phases
rules.

Lead
and
Copper
Rule
198,686
213,218
14,532
The
increase
in
burden
is
attributable
to
the
use
of
updated
system
inventories
and
different
requirements
during
the
particular
monitoring
period.

TOTAL
2,081,451
2,122,739
41,288
Adjusted
Primacy
Agency
Burden
Exhibit
14
shows
the
affect
of
these
adjustments
on
the
bottom
line
burden.
Subtracting
399,355
hours
to
account
for
the
adjustment
for
the
PWS
burden
and
adding
41,288
hours
to
account
for
the
downward
adjustment
for
the
primacy
burden
yields
6,427,048
hours.
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
82
Exhibit
14
Adjustments
to
Annual
Burden
Carried
Forward
from
Previous
ICR
Estimates
(
Includes
both
PWS
and
Primacy
Agency
Burden)

Action
Annual
Burden
Hours
Brief
Explanation
None
6,785,115
2001
DDBP/
Chem/
Rads
Rules
ICR
inventory
(
6,117,936)
and
the
2001
Arsenic
Rule
ICR
inventory
(
667,179)
(
see
Exhibit
11).

Subtract
399,355
Adjustment
to
the
PWS
burden
carried
forward
from
previous
ICRs
(
see
Exhibit
12).

Add
41,288
Adjustment
to
the
primacy
agency
burden
carried
forward
from
previous
ICRs
(
see
Exhibit
13).

Total
6,427,048
Hours
requested
in
2004
DDBP/
Chem/
Rads
Rules
ICR
(
see
Exhibit
10).

6(
g)
Burden
Statement
The
public
reporting
burden
for
collections
included
in
this
ICR
is
detailed
in
Exhibit
14
above.
The
annual
respondent
burden
is
estimated
to
average
approximately
6.4
million
hours,
of
which
4.3
million
hours
are
attributable
to
PWSs
and
2.1
million
hours
to
primacy
agencies.
These
estimates
include
time
for
gathering
information
as
well
as
developing
and
maintaining
records.

Burden
means
the
total
time,
effort,
or
financial
resources
expended
by
people
to
generate,
maintain,
retain,
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
request
for
information
collection
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
Disinfectants/
Disinfection
Byproducts,
Chemical,
and
Radionuclides
Rules
ICR
September
2004
83
automated
collection
techniques,
EPA
has
established
a
public
docket
for
this
ICR
under
Docket
ID
No.
OW­
2004­
0009,
which
is
available
for
public
viewing
at
the
Water
Docket
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
room
is
(
202)
566­
1744,
and
the
telephone
number
for
the
Water
Docket
is
(
202)
566­
2426.
An
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,
to
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.
(
OW­
2004­
0009)
and
the
OMB
Control
No.
(
2040­
0204)
in
any
correspondence.

.