FASRT Hydrogen Clean. Low Cost. Built for Scale. Powering AI and the Cloud
News, strategy, markets and blogs from FARST Hydrogen
Industry insights from the front line of clean hydrogen.
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FARST’s advanced pre-combustion technology redefines blue hydrogen, achieving up to 98% CO₂ capture and delivering scalable, low-carbon power for AI, industry, and the global energy transition already underway.
Data centers powering AI need independent energy. Behind-the-fence blue hydrogen plants with gas turbines offer cost stability, reliability, and 45Q carbon credits — a smarter alternative to grid dependence.
Blue hydrogen’s rise is unstoppable with costs, policy, and technology converging, FARST can redefine low-carbon hydrogen: compact, efficient, scalable, and ready to deploy now.
Building net-zero AI data centers in Canada connects clean energy, hydrogen innovation, and First Nations partnerships to deliver reliable, low-carbon compute in BC and Ontario.
The U.S. DOE is opening federal lands for AI data centers powered by clean, reliable energy — creating opportunities for advanced hydrogen, nuclear, and next-generation power systems.
Gas producers can turn natural gas into new revenue streams by producing low-carbon hydrogen with integrated carbon capture and exporting surplus as grid power.
AI data centres consume unprecedented power. FARST co-located H2 plants provide reliable, low-cost onsite energy, ensuring sustainable scaling, grid stability, and secure operations.
Cummins’ hydrogen internal combustion engines deliver diesel-like performance, ultra-fast refuelling, with near-zero emissions, accelerating heavy transport decarbonisation.
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Have a question about powering AI, energy infrastructure, or deploying low-carbon hydrogen systems?
We work with partners, investors, and developers to deliver scalable, clean hydrogen power for AI data centers, industrial sites, transport hubs, and energy applications.
Our team reviews every enquiry and responds within one business day.
