About 210,000 results
Open links in new tab
  1. Existing Seawater Desalination Facilties 1. Moss Landing Power Plant 2. Marina Coast Water District Desalination Plant 3. Sand City Desalination Plant 4. Monterey Bay Aquarium

  2. People's Moss Landing Desalination - USA | eListing.us

    The People’s Moss Landing Water Desalination Project (“PMLWDP”) is a proposed desalination plant in Moss Landing that will produce 13,404 acre foot per year of potable water.

  3. Jun 25, 2015 · The goals and objectives of the Proposed Project are to rehabilitate existing facilities at the Moss Landing Green Commercial Park to develop a desalination project that …

  4. Moss Landing Marine Lab (MLML) has a seawater pumping station that delivers 450 gpm of seawater to MLML and the nearby Monterey Bay Aquarium Research Institute (MBARI) …

  5. Moss Landing Desalination Plant

    Recently, a water desalination project has been proposed in the Monterey Bay area. The "Deep Water Desal" project was proposed to be built in Moss Landing, and the project aims to draw …

  6. How Many Desalination Plants Are There In California

    May 13, 2025 · California currently has 12 operational desalination facilities and 10 proposed projects, totaling 11 existing plants reported by the State Water Resources Control Board. Key …

  7. ercial Park LLC FACILITY: Moss Landing People’s Desalination Plant BACKGROUND: The proposed Moss Landing People’s Desalination Plant (Moss Landing Plant) is designed to …

  8. People’s Moss Landing Desal project | The Lyncean Group of San …

    Oct 29, 2023 · This coastal seawater desalination plant has a design capacity of 15,000,000 gallons/day (16,816 acre-feet/year). The project was unanimously approved by the California …

  9. Existing Seawater Desalination Facilties - California

    Transcription of Existing Seawater Desalination Facilties - California 1ExistingSeawaterDesalinationFacilties 1. Moss Landing Power Plant 2. Marina Coast water …

  10. Seawater desalination plant in Carlsbad, California

    The desalination process uses about 100 mgd of seawater to produce 50 mgd of high quality drinking water via reverse osmosis, and 50 mgd of salty brine with a concentration of about …