Rapid-to-deploy clean hydrogen production, driven by combustion.

Ekona’s decarbonization solution uses established energy infrastructure and leverages existing commercial technologies.

Using abundant, low-cost hydrocarbon resources in cleaner, better ways.

To meet established net-zero targets, we need pragmatic, economic, and near-term solutions to meet growing global demand for hydrogen, decarbonized natural gas, and greenhouse gas reductions at the scale and timing necessary to combat climate change.

Deploy the EkonaTM methane pyrolysis solution wherever there’s natural gas infrastructure.

Ekona has developed a pragmatic, economic, near-term solution on the path to net-zero.

Feedstock water not needed for H2 production.

Electricity not needed for xCaliber™ reactor operation.

CO2 sequestration not needed for GHG mitigation.

The xCaliber™ Reactor

At the heart of the Ekona™ solution is the xCaliber reactor, a novel methane pyrolysis platform that uses pulsed combustion and high-speed gas dynamics to convert natural gas into hydrogen and solid carbon. The xCaliber reactor is non-catalytic, low-cost and mitigates carbon fouling issues that plague other methane pyrolysis platforms.

What is methane pyrolysis?

Methane pyrolysis is a well-established technology for carbon manufacturing and an emerging solution for clean hydrogen production. In a pyrolysis reactor, methane (CH4) is heated to very high temperatures in the absence of oxygen until its chemical composition changes, and it splits into hydrogen (H2) and solid carbon (C). Sources of methane feedstock include conventional natural gas and renewable natural gas (biomethane) from biomass sources.

How does Ekona’s solution work?

Ekona’s Roadmap
Ekona has a viable technology development and go-to-market plan.
Out of the Lab and Into the Field

In January 2024, Ekona announced its first industrial deployment for customer validation. The one-tonne-per-day clean hydrogen plant will deploy at ARC’s Gold Creek Natural Gas Plant in Grande Prairie, Alberta. Read more.

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