Clean Energy Fuels Corp. has secured two contracts in Puerto Rico to design and install liquefied natural gas (LNG) fueling systems for power generation applications. The agreements with P.R. Energy Partners and a global healthcare supplier will provide 10 megawatts of total installed power capacity and mark the company's first LNG infrastructure deals in Puerto Rico, supporting energy security and resilience on the island.

Clean Energy Fuels Corp. has completed its eighth dairy renewable natural gas (RNG) production facility at East Valley Cattle in Jerome, Idaho, one of North America's largest single-site dairies. The facility began producing and injecting negative carbon-intensity RNG into the interstate pipeline for use as clean transportation fuel. The project, financed through Clean Energy's joint venture with bp, received EPA and California Air Resources Board approvals in Q1 2026 to generate renewable credits.

Clean Energy Fuels Corp. announced the opening of six new renewable natural gas (RNG) fueling stations strategically located along major freight corridors in California, New Jersey, Oklahoma, Michigan, and Washington. The expansion supports growing demand from heavy-duty truck fleets seeking cost savings and emissions reductions, and aligns with the adoption of Cummins' X15N natural gas engine. The company now operates over 600 fueling locations across North America.

Clean Energy Fuels Corp. announced multiple new agreements to supply renewable natural gas (RNG) to transportation fleets across the U.S., including partnerships with waste haulers, transit authorities, and trucking companies. The company is expanding its RNG fueling infrastructure and operations/maintenance services across numerous municipalities and private fleet operators, positioning RNG as a proven, cost-effective alternative to diesel with negative carbon-intensity ratings.

Clean Energy Fuels Corp will design and build a hydrogen fueling station for Gold Coast Transit District in Ventura County, California, supporting the agency's goal of transitioning to zero-emissions vehicles by 2040.

Clean Energy Fuels Corp announced multiple renewable natural gas (RNG) and liquefied natural gas (LNG) agreements across various sectors, including dairy, transportation, waste management, and space exploration companies, demonstrating growing adoption of clean fuel alternatives.

Clean Energy Fuels Corp is launching a second heavy-duty truck demo program featuring a 2026 Freightliner Cascadia Gen 5 with a Cummins X15N natural gas engine, showcasing renewable natural gas technology at the ATA's Management Conference & Exhibition in San Diego.

Clean Energy Fuels Corp. will design, build, and maintain a second hydrogen fueling station for Foothill Transit in Arcadia, California, supporting the agency's growing fleet of low-emissions buses with an initial order of 19 new hydrogen fuel cell buses.

Clean Energy Fuels Corp. has initiated three renewable natural gas (RNG) production facilities in partnership with Maas Energy Works, spanning six dairies across four states. The projects aim to produce approximately three million gallons of RNG annually, capturing methane from 24,300 dairy cows and supporting decarbonization efforts in transportation.

Clean Energy Fuels Corp. appointed two new board members, Marc de Guilhem de Lataillade and Aimeric Ramadier from TotalEnergies, replacing previous directors. The new members bring expertise in renewable fuels and global energy markets to support the company's decarbonization mission.

Clean Energy Fuels Corp has secured multiple deals with transit agencies across the United States to provide renewable natural gas (RNG) fuel for public transportation vehicles, helping cities reduce carbon emissions and meet sustainability goals.

Clean Energy Fuels Corp. announced that its Board of Directors has determined to resume repurchases of shares of the Company's common stock pursuant to the Company's existing Share Repurchase Program, reflecting its confidence in the financial stability and growth potential of its business.