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Customers

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Gas Utility Providers

Decarbonizing gas infrastructure to meet evolving energy demands

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Boiler & Furnace OEMs and Operators

New solutions for generating high-grade, low-carbon heat

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Oil & Gas Industry

Convert flare gas and VOCs into hydrogen to fuel oilfield equipment and fleets.

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Heavy Duty Equipment and Fleet Operators

On-site or nearby hydrogen production for reliable fueling and logistics

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City and University Transit Systems

Provide low-carbon hydrogen for fuel cell transit systems

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Material Movement

Low-carbon hydrogen production for fork-lifts and dock equipment

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Metal Furnace

Steel Manufacturers

Low-carbon hydrogen for Direct Reduction Iron (DRI) steel production reduces CO2 by 90%

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Tire Manufacturers

High-quality carbon black and/or graphene for tire manufacturing

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Asphalt Manufacturers

Integrate solid carbon into asphalt products to enhance road durability

What We Do

Two Products, One Process: Hydrogen and Solid Carbon from Natural Gas

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HyCO Tech Solutions is a technology-agnostic developer of modular methane pyrolysis plants. Rather than betting on one reactor design, we evaluate plasma, microwave, catalytic and thermal providers and match the right technology to each site, its hydrogen users and its carbon buyers.

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Every kilogram of hydrogen yields about three kilograms of solid carbon, so we treat carbon as a product in its own right. Carbon quality and offtake are central to our economics.

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​Our goal is to build, own and operate small plants near customers in gas-rich, water-stressed regions, starting in Texas and New Mexico, where pyrolysis uses less than 5 L of water per kg of hydrogen.

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Clean Hydrogen and Valuable Carbon — Without CO₂

Modular methane pyrolysis plants that turn natural gas into low-carbon hydrogen and solid carbon — using a fraction of the water, ideal for water-stressed regions.

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.  

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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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