On the Kern Fan, groundwater banking has a physical footprint: a 1,300-acre project that has been under construction since 2024. The site is the largest piece of a regional water-storage effort now receiving federal support, according to SJV Water’s account of the projects.
The awards cover projects in Kern and Tulare counties, where storage and conveyance infrastructure is meant to help move water into places and systems that can hold it for later use. That matters to agricultural operations across the region, including pistachio orchards, but a funded project is not the same thing as a farm delivery schedule. The local report describes the funding as support for water infrastructure.
Storage Is Not a Delivery Schedule
Of the federal funding, $25 million is allocated to the Kern Fan Project, a groundwater-banking effort. The project description from SJV Water identifies it as the largest share of the awards.
Banking and conveyance address different parts of the same problem: having a place to store water is useful only if water can reach it, and stored water matters to farms only under the applicable operating and access arrangements. The grant announcement does not, by itself, specify those arrangements for individual growers.
The projects are being advanced against a familiar Valley constraint: drought conditions and groundwater management under SGMA. The Bakersfield.com report frames storage and conveyance as tools for managing supplies within those pressures.
The Orchard-Side Question
For pistachio operators, the practical value will turn on how regional infrastructure connects to local water plans: which supplies can be banked, how they move, and what rules govern their later use. Those details matter more to an irrigation budget than the announcement of construction funding on its own.
The next useful milestone is a project-level implementation and operating plan that spells out timing and access. Until those terms are clear, growers and managers can treat the awards as backing for shared infrastructure—not as a change in their current water allocation.