How recent Bloomberg NEF analysis highlights the challenges facing e-methanol and how our patented hydrogen systems address key constraints.
Green methanol is widely viewed as a critical decarbonization fuel for several industries. However, scaling production remains difficult due to hydrogen cost, logistics, and infrastructure constraints.
A recent report by BloombergNEF outlines why hydrogen availability, not carbon capture or synthesis chemistry, is the primary limiting factor.
The report highlights several systemic challenges limiting green methanol scale-up:
In short: hydrogen logistics, not chemistry, are slowing deployment.
Most green methanol projects assume hydrogen will be:
Each step adds:
BloombergNEF makes clear that hydrogen delivery economics dominate total fuel cost.

Our patented systems enable on-site, on-demand hydrogen generation using high-pressure PEM electrolysis, eliminating multiple steps identified as problematic in the BloombergNEF report.

By removing hydrogen logistics from the equation, green methanol projects gain:
This architecture aligns with BloombergNEF’s conclusion that distributed, localized hydrogen production is essential for scale.

Importantly, our patents do not attempt to replace methanol synthesis technology.
Instead, they:
This makes our technology complementary to existing and future green methanol platforms.

BloombergNEF projects green methanol demand will grow rapidly, but only if hydrogen supply challenges are resolved.
Our IP portfolio provides:
Contact us to discuss how our patented hydrogen systems integrate with green methanol production.
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