Today’s natural gas infrastructure meets tomorrow’s net-zero targets.
Low-cost, industrial-scale clean hydrogen, whenever and wherever you need it.
Dispatchable clean hydrogen, wherever natural gas is delivered.
Clean Hydrogen
Produces 90% fewer GHG emissions than incumbent steam methane reformers
Low-cost
Lower cost than blue hydrogen solutions
Scalable
Is suitable for large-scale, industrial applications
Flexible
Is deployable where natural gas infrastructure exists
Easy to integrate
Uses standard balance of plant equipment
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A down-to-earth solution for scaling clean hydrogen production and accelerating greenhouse gas emissions reductions.
Ekona is applying customer focus to the net zero challenge, bringing to market an established process – methane pyrolysis – in a ground-breaking new way. Our platform uses pulsed combustion and high-speed gas dynamics to split natural gas into clean hydrogen and solid carbon, literally bringing carbon and GHG management back down to earth.
TECHNOLOGY
MARKETS
Technology developed to decarbonize hard-to-abate sectors.
An Attainable Quest and Some Arthurian Inspiration
We often pause when we hear people talking about the holy grail of clean-energy production. One way to define holy grail is as something eagerly pursued or sought after – we can see the connection here. But other definitions talk about the idea of an unattainable ideal, and that’s not a concept we...
Ekona once again named to the Global Cleantech 100!
VANCOUVER, January 23, 2023 – We’re excited to report we’ve been named to the 2023 Global Cleantech 100. This is an annual list—running since 2009 and compiled by the Cleantech Group—that showcases companies who are taking strong and decisive action on the path to net-zero. There were more than...
Ekona recognized as one of Canada’s most investable cleantech ventures by Foresight Canada
Foresight Canada has announced the honourees for the second annual Foresight 50, recognizing Canada's 50 most investable cleantech ventures from coast to coast who are moving the needle to net zero.