Chevron New Energies, a division of Chevron U.S.A. Inc., is launching a pioneering project: its inaugural solar-to-hydrogen production facility in California's Central Valley. This 5-megawatt facility represents a major achievement in the company's dedication to investigating and creating more sustainable energy solutions.
Transitioning to renewable energy sources is vital in fighting climate change and ensuring a healthier planet for future generations. This project reflects Chevron's commitment to this important effort.
>> RELATED: Chevron Announces Its First Solar-to-Hydrogen Production Project in California’s Central Valley
Chevron New Energies is at the forefront of developing alternative energy solutions. The 5-megawatt hydrogen production facility is being built in California's Central Valley, using existing infrastructure at Chevron's Lost Hills Oil Field in Kern County. The project uses solar power as its main energy source, along with non-potable produced water from the oil field, showing ingenuity in using byproducts for clean energy generation.
"Hydrogen can play a vital role in our journey toward a lower carbon future," emphasized Austin Knight, vice president for hydrogen at Chevron New Energies. "Chevron already offers lower carbon fuels like sustainable aviation fuel, renewable diesel, and others, and this project is expected to expand the portfolio of solutions Chevron could supply to the region. I'm excited about the scalability of this solution. However, our ability to meet growing hydrogen demand and help build hydrogen fueling infrastructure in California to a commercial scale with more widespread adoption will be strongly led by state and federal energy policies that promote new lower carbon energy solutions."

The main goal of the project is to generate cleaner energy through electrolytic hydrogen production. Electrolysis, a process that uses electricity to separate water into hydrogen and oxygen, provides a more environmentally friendly alternative to conventional hydrogen production methods. The resulting hydrogen is meant to bolster an expanding hydrogen refueling network, potentially reducing carbon emissions in the transportation sector, a major source of greenhouse gasses.
This project fits Chevron's plan to provide cleaner energy solutions while reducing environmental impact. Hydrogen is seen as a promising fuel for a more sustainable future because of its clean-burning properties and potential uses in different sectors. The project can help expand California's hydrogen refueling network, supporting the state's aim for cleaner transportation options.
The development of the project is expected to span multiple years.
Several factors will determine when commercial operations begin, such as:
Collaborating with government agencies and local communities is essential for the project's success.
The project uses electrolysis for hydrogen production, a proven technology with room for further improvements. It seeks to show the scalability of the technology, opening the path for broader commercial use in the future. The project holds the potential for substantial environmental benefits by decreasing dependence on fossil fuels and promoting a lower carbon economy.

>> In Company Spotlight: Chevron
Chevron New Energies teamed up with the Kern Economic Development Corporation (KEDC) to use their knowledge and assistance in developing the project. This partnership is focused on creating important technical and commercial milestones for future large-scale hydrogen production projects. The project is anticipated to boost economic development and create jobs in the Central Valley.
Chevron's solar-to-hydrogen project is a big move towards a greener future. This innovative project shows Chevron's dedication to shifting to renewable energy and finding cleaner solutions for a world with lower carbon emissions. The project sets the stage for future improvements in hydrogen production technology and its potential use in many different industries.
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.
Inside This Issue š IDF, Oaktree toĀ Invest $1.7 BillionĀ in Bloom Energy Fuel Cells for AI Infrastructure š¬ļø Airhive Acquires Carbyon, Creating a European Leader inĀ Low-Cost Direct Air CaptureĀ Tech...
Inside This Issue ā” ECL and PowerCell Announce 300 MW+ Hydrogen Power Strategic Partnership for AI Data Centers, Supported by Bosch š Canada, Alberta Ease TIER Carbon Rules to Fast-Track Pathways ...
Inside This Issue š³ Isometric Certifies First Amazon Credits From Mombak š§± Consultation: Revision to Concrete Production Methodology (VM0043) š¢ DRIFT & Commenda Capital Partners Establish Excl...
Clean Fuels Welcomes Hawaii Clean Fuel Standard for Alternative Fuels
JEFFERSON CITY, MO, Clean Fuels Alliance America applauds Hawaii Governor Josh Green, M.D., for signing legislation to create a clean fuel standard for the State of Hawaii. This new law will help d...
Air Liquide Invests Over 160M USD in the U.S. to Supply Advanced Chips Manufacturing in Arizona
Air Liquide announces a new investment of over 160 million US dollars to build, own and operate a new large-scale production facility in Arizona to supply essential ultra-high purity gases to the l...
Airhive Acquires Carbyon, Creating a European Leader in Low-Cost Direct Air Capture Technology
Airhive Acquires Carbyon, Creating a European Leader in Low-Cost Direct Air Capture Technology Combination comes as UK and European policy support for carbon dioxide removal accelerates. JUL...
Infinium's COā-derived eNaphtha provides the renewable feedstock enabling On's Cloud X 5āthe world's first commercially scaled sportswear application of captured carbon in EVA foam. SACRAMENTO, Ca...
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.