Customers
Gas Utility Providers
Decarbonizing gas infrastructure to meet evolving energy demands
Boiler & Furnace OEMs and Operators
New solutions for generating high-grade, low-carbon heat
Oil & Gas Industry
Convert flare gas and VOCs into hydrogen to fuel oilfield equipment and fleets.
Heavy Duty Equipment and Fleet Operators
On-site or nearby hydrogen production for reliable fueling and logistics
City and University Transit Systems
Provide low-carbon hydrogen for fuel cell transit systems
Material Movement
Low-carbon hydrogen production for fork-lifts and dock equipment
Steel Manufacturers
Low-carbon hydrogen for Direct Reduction Iron (DRI) steel production reduces CO2 by 90%
Tire Manufacturers
High-quality carbon black and/or graphene for tire manufacturing
Asphalt Manufacturers
Integrate solid carbon into asphalt products to enhance road durability
What We Do
Decarbonize Industrial and Mobility Applications with Hydrogen
HyCO Tech Solutions works with technology providers and customers to build, own, and operate production facilities to produce hydrogen and high-quality carbon products.
We serve industrial and mobility customers of hydrogen and high-quality carbon products, both used in a variety of applications.
We partner with leading methane conversion technology providers, allowing us to select the optimal technology for each specific project.
In this manner, we act as a technology integrator to produce zero-carbon hydrogen and valuable solid carbon products.
How It Works
Methane (CH4) can be decomposed directly into hydrogen (H2) and carbon (C) using various methods of Methane Pyrolysis or direct decomposition. These include plasma, microwave, catalytic, and thermal decomposition. Each technology produces unique forms and amounts of hydrogen and carbon black, graphite, or graphene.
In most cases, the energy required for decomposition is provided by electricity, although some technologies use the produced hydrogen to power the reaction.
HyCO Tech Solutions works with its customers and technology providers to select the optimal solution for each specific situation and application.
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