Innovative Tri-gen Plant at Port of Long Beach: Altered Carbon Portal
Key Ideas
  • A 2.8MW Molten Carbonate Fuel Cell (MCFC) at the Port of Long Beach converts natural gas into syngas, producing up to 1,200 kg/day of fuel-grade hydrogen, used for hydrogen refueling stations and washing cars.
  • The Tri-gen plant partners with Victor Valley Wastewater Reclamation Authority to source renewable biogas for sustainable operations, showcasing green hydrogen and power initiatives.
  • Fuel Cell Energy's history of successful projects, including collaborations with universities and breweries, demonstrates the reliability and efficiency of their Molten Carbonate Fuel Cell technology.
  • The innovative design and operation of the MCFC, utilizing molten carbonate electrolyte to produce hydrogen from natural gas and water, contribute to the Tri-gen plant's sustainability and efficiency goals.
Fuel Cell Energy's innovative Tri-gen plant at the Port of Long Beach, named the 'Altered Carbon Portal,' houses a 2.8MW Molten Carbonate Fuel Cell (MCFC) that converts natural gas into syngas, generating fuel-grade hydrogen and electricity. The plant, operational since late 2023, features adjacent Shell-operated hydrogen refueling stations for heavy-duty trucks and passenger cars. Toyota's collaboration with Fuel Cell Energy aims to enhance the sustainability of port operations by utilizing renewable biogas from the Victor Valley Wastewater Reclamation Authority. The MCFC technology, with its molten carbonate electrolyte, efficiently produces hydrogen from natural gas and water, showcasing a sustainable energy solution. Fuel Cell Energy's successful track record in implementing MCFC technology in various projects, including universities and breweries, highlights the reliability and efficiency of their fuel cell systems. The Tri-gen plant stands as a symbol of sustainability and hydrogen innovation, demonstrating the potential of green technology in port operations and beyond.
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