Milestones in Wholesale Customers'
Relationship to the Regional Water System
1.
Early Support for the Raker Act (1914)
Several Bay Area cities and water agencies urged Congress
to pass the Raker Act, the 1914 law authored by U.S. Rep.
John E. Raker of Manteca that allowed federal lands in the
Sierra Nevada, including Hetch Hetchy Valley in the Yosemite
National Park, to be used for a water system. Burlingame,
Hayward, Menlo Park, Palo Alto, Redwood City, San Mateo and
the Alameda County Water District were among the Bay Area
communities whose support for San Francisco was influential
in persuading Congress to pass the controversial Act, and
President Woodrow Wilson to sign it.
2. Contractual Commitments Support
New Don Pedro Reservoir Construction; Bay Area Water Users
Association (BAWUA) Formed (Early 1960s)
In the early 1960s, the San Francisco Public Utilities Commission
was considering a major expansion of its water system, to
be made possible through construction of a large reservoir
in the Sierra foothills, that would be jointly owned with
the Modesto Irrigation District and the Turlock Irrigation
District. At about the same time, the California Department
of Water Resources was planning the extension of the State
Water Project into the Bay Area by means of the South Bay
Aqueduct. In order to make the revenue bonds for New Don Pedro
Dam marketable, the SFPUC had to demonstrate a firm customer
base outside the City itself. It was at this point that wholesale
customers first signed long term contracts (20 years in most
cases) with the SFPUC. By so doing, most chose to rely on
the SFPUC rather than the State Water Project for their long
term water future, although Alameda County Water District
entered into contracts with both suppliers.
It was during this period that the Bay Area Water Users Association
(BAWUA) was formed as an unincorporated association. In 1974
it secured tax-exempt status under Section 501(c)(4) of the
tax code, and in 1991 it was reorganized as a California nonprofit
mutual benefit corporation. For over 25 years, its membership
has included all agencies now represented on BAWSCA’s
board of directors.
3. The Wholesale Customers Win a Legal
Challenge to San Francisco Rate Discrimination (1974-1977)
In 1974, the San Francisco Board of Supervisors rejected a
SFPUC proposal for a uniform 17 percent rate increase for
both in-city retail and outside wholesale customers and ordered
the SFPUC to impose a differential increase: 21 percent for
wholesale customers and only 14 percent for San Francisco
retail customers.
By this point, wholesale customers had in place an informal
but effective organization to represent their collective water
interests – the Bay Area Water Users Association. 
BAWUA was able to finance a lawsuit brought in federal district
court by the City of Palo Alto and several other representative
plaintiffs challenging the legality of the rate increase under
the Raker Act. The wholesale customers won an injunction against
the rate increase from the district court and San Francisco
appealed. The U.S. Ninth Circuit Court of Appeal affirmed,
holding that the “Bay Cities,” as it referred
to the plaintiffs, were co-grantees along with San Francisco
in the rights granted under the Raker Act. (City of Palo Alto
v. City and County of San Francisco (CA 9 1977) 548 F. 2d
1374.)
4. Long Term Settlement Agreement and
Master Water Sales Contract Settles the Rate Lawsuit (1984)
The Master Contract put in place a comprehensive method for
allocating the costs of the water system between San Francisco
and wholesale customers. Its goal is to ensure that wholesale
customers pay no more in water rates than their fair share
of the wholesale water system. Thus, all costs associated
solely with the Hetch Hetchy electric power operations are
the responsibility of San Francisco. Similarly, all costs
of San Francisco in-city facilities and programs are allocated
exclusively to the San Francisco retail customers. Costs of
the wholesale system are distributed between San Francisco
and wholesale customers based on relative usage – e.g.,
approximately one-third to San Francisco and two-thirds to
the wholesale customers because wholesale customers account
for nearly two-thirds of water use. The Master Contract will
expire in June 2009.
5. Wholesale Customers Intervene in
Federal Energy Regulatory Commission (FERC) Proceeding to
Support San Francisco and Protect Water Supply (1992-1996)
In 1992, FERC began proceedings to evaluate how much more
water should be released from New Don Pedro Reservoir to support
salmon in lower Tuolumne River. The amount of new fish releases,
and the allocation of responsibility for them, as between
San Francisco and the irrigation districts, could have had
a dramatic adverse effect on water supply reliability in the
Bay Area.
BAWUA intervened on behalf of San Francisco and was successful
in persuading FERC to prepare a full EIR on fish releases,
taking into account their impact on Bay Area water supplies
during dry years. The FERC proceedings concluded with a larger
amount of water released for salmon, and with the irrigation
districts agreeing to assume responsibility for making those
releases in exchange for annual payments from San Francisco.
BAWUA is a signatory to a multi-agency agreement to promote
restoration of naturally occurring salmon, and participates
on the Tuolumne River Technical Advisory Committee created
by that agreement. BAWUA and the SFPUC have a side agreement
related to implementation of the FERC agreement.
6. Wholesale Customers Take Part in
SFPUC Major Planning/Engineering Efforts (1994-2000)
BAWUA sought and obtained the right to participate in SFPUC-sponsored
engineering and planning efforts aimed at improving system
reliability and meeting future water needs.
- The Facilities Reliability Program was
initiated in 1994 to assess the risk of damage to critical
water supply facilities in the event of a natural disaster.
In 1996, a joint BAWUA/SFPUC working group recommended safety-related
capital improvements and San Francisco voters approved $157
million in revenue bonds the following year to build them.
In 2000, the working group recommended more substantial
seismic safety improvements after the Facilities Reliability
Study revealed that a major earthquake could cause massive
damage to the water system, with service outages of up to
60 days.
- Water Supply Master Plan. Begun in 1997,
conducted by San Francisco with oversight by a joint SFPUC/BAWUA
Steering Committee, and completed in 2000, the Master Plan
consolidated BAWUA agencies’ projected water demands
to 2050 and described strategies for increasing the system’s
ability to reliably meet the increased demand.
7. First Plan for Coping with Drought
Adopted (2001)
The 1984 Master Contract does not address how water will be
allocated between San Francisco and its wholesale customers
when a drought makes rationing necessary. After protracted
negotiations between BAWUA and SFPUC staff, SFPUC adopted
the agreed upon Water Shortage Allocation Plan in 2001. A
separate but parallel process led to unanimous agreement among
all BAWUA members on a similar plan to redistribute the wholesale
customers’ allocation among BAWUA members. The wholesale
plan also allows for “banking” of water by agencies
that use less than their allocation and for transfers of banked
water between BAWUA members.
8. SFPUC's Capital Improvement Program,
Financing Plan and Long Term Strategic Plan Adopted (2002).
For the first time in its history, the SFPUC developed and
adopted a multiyear capital improvement program (CIP), a long
term financing plan and a long term strategic plan for the
water system. The wholesale customers contributed to the development
and content of all three documents. Drafts of the documents
were presented to the Commission in February 2001, and were
adopted in revised form in May 2002.
9. State Legislature Intervenes to
Improve Bay Area Water Supply Situation (2002)
The State Legislature passed three bills in 2002, each aimed
at solving a different aspect of water supply problems confronting
communities in the Bay Area dependent on the regional water
system. |