What we do
We enable the Oil & Gas industry to seamlessly transition to hydrogen ecosystem, by eliminating the risk of stranded assets.
Net-Zero Transition
Transforming natural gas into a sustainable hydrogen source
Hydrogen Ecosystem
Levelised cost of hydrogen (LCOH) of >US$2/kg
Leverage Existing Assets
Low reactor CapEx of <US$650 per kW-H2(LHV)
Compact & Portable
Superior power density of >15 kW-H2(LHV) per litre of the reactor volume
Profitable By-products
Carbon nanotubes (CNTs)
100x stronger than steel
6x more thermally conductive than copper
Patent Pending Technology
Introducing world’s first Joule Electrolysis Technology (JET)
Technology
Why pyrolysis?
Thermodynamically, hydrogen (H2) production methane pyrolysis requires 7.5-times less energy than water electrolysis. The carbon in methane (CH4) molecule is captured in solid form that is easier to store or use as a value-add feedstock in numerous applications including cement, steel, and composite manufactureres.
Why JET?
Our reactor is:
- Compact, with a record-high power density
- Modular, easily scalable from single-core to multi-core systems
- Electrified, directly uses electricity (from renewables) as the heat source
- Cost-effective, with a low footprint and carbon-based catalysts
Other Markets
- Ammonia as the chemical carrier to deliver cost-effective hydrogen to the refuelling stations (HRS)
- Converting captured or produced methane into hydrogen and solid carbon
Team
Arash Badakhsh
Chief Executive Officer & Founder
- PhD & MEng in Mechanical Design Engineering
- Chartered Engineer (CEng)
Mark Zwinderman
Commercial Advisor
- CEO & Co-founder of SAS Environmental Services Ltd
Stephen Lyth
Chief Scientific Officer
- PhD in Electronic Engineering
- MSc in Physics