2.
Response
to
Comments
2.8
Individual
Responses
to
Comments
from
Municipalities
Please
see
for
discussion
of
the
proposed
transfer
description
and
description
of
delivery
reliability
issues
that
will
be
evaluated
in
a
subsequent
project-level
CEQA
document.
The
detailed
analysis
of
the
water
transfer
wheeling
operations
will
evaluate
conveyance
constraints
and
potential
need
and
opportunities
for
storage
within
the
MID
and/or
SFPUC
systems.
Water
supply
for
Brisbane
includes
the
OID
transfer
and
additional
supply
available
in
its
current
SFPUC
allocation
for
most
of
the
development
scenarios,
as
described
in
the
Draft
EIR
on
pages
4.O-35
through
4.O-37.
As
described
in
the
Water
Supply
Assessment
(Draft
EIR
Appendix
L),
the
SFPUC
is
currently
the
sole
water
provider
to
the
City
of
Brisbane.
The
WSA
examines
in
detail
future
water
demand
and
water
availability
under
various
water
conservation/savings
scenarios
for
each
Project
Site
development
scenario,
also
accounting
for
development
construction
phasing.
Water
Savings
Program
D
assumes
implementation
of
a
number
of
measures
detailed
on
pages
4.O-30
and
4.O-31
in
the
Draft
EIR.
Water
Savings
Program
E
includes
all
of
the
measures
cited
for
Water
Savings
Program
D,
augmented
by
the
availability
of
reclaimed
wastewater
for
outdoor
irrigation
and
other
non-potable
uses
from
an
on-site
facility
beginning
around
2030.
The
WSA
concludes
that,
without
the
proposed
OID
water
transfer,
the
City
of
Brisbane
would
not
have
sufficient
water
supplies
to
meet
its
current
and
future
water
demands
and
the
demands
of
the
Proposed
Project.
Regardless
of
whether
Water
Savings
Program
D
or
E
is
implemented,
the
City
would
face
water
shortages
in
all
water
year
types
for
the
20-year
period
analyzed
(2015
through
2035)
for
all
Concept
Plan
scenarios.
With
the
proposed
OID
transfer,
under
Water
Savings
Program
D,
the
City
of
Brisbane
would
not
have
sufficient
water
supplies
for
the
following:
Normal
Water
Year
–
The
DSP-V
summer
water
demand
would
result
in
shortages
in
2035;
Dry
Water
Year
–
The
DSP
and
DSP-V
summer
water
demand
would
result
in
shortages
in
2035;
Multiple
Dry
Years
(Year
1)
-
The
DSP
and
DSP-V
summer
demand
would
result
in
shortages
in
2035;
Multiple
Dry
Years
(Year
2
and
3)
-
The
DSP,
DSP-V,
and
CPP
summer
demand
would
result
in
shortages
in
2035.
The
DSP-V
winter
demand
would
result
in
shortages
in
2035.
Brisbane
Baylands
Final
EIR
2.8.3-33
May
2015