HydroKarb splits natural gas into clean-burning hydrogen and high-value solid carbon — a low-emission pathway that turns a single feedstock into two industrial-grade products.
HydroKarb produces clean hydrogen through methane pyrolysis — a thermal process that breaks natural gas into its two essential building blocks without releasing CO₂.
The result is sometimes called turquoise hydrogen: a low-carbon fuel paired with solid carbon materials used across batteries, tires, plastics, and advanced manufacturing.
One feedstock. Two valuable outputs. No CO₂ emissions.
A steady-state design enables uninterrupted input and output — built for industrial scale rather than batch operation.
An efficient horizontal layout occupies less ground than vertical kiln systems, reducing siting complexity.
Compatible with natural gas streams of varying composition, enabling deployment across diverse production environments.
Operating parameters can be adjusted to target different grades of carbon — from carbon black to higher-grade materials.
Carbon leaves the system as a solid product rather than a greenhouse gas, eliminating direct process emissions.
Compatible with existing natural gas pipelines and feedstock supply chains, accelerating deployment.
A clean energy carrier essential to decarbonizing heavy industry, transport, and power generation.
A versatile industrial material used in a wide range of high-demand manufacturing applications.
Conventional hydrogen production relies on processes that release substantial CO₂. Methane pyrolysis avoids those emissions by capturing carbon as a solid.
Hydrogen and carbon are sold into two large, established markets — strengthening the economics of every unit produced.
Continuous processing and a flexible feedstock model enable deployment at the scale modern industry requires.
Low-carbon hydrogen production benefits from federal incentives designed to accelerate the transition to clean fuels.
For partnerships, investment inquiries, or to learn more about HydroKarb's technology, reach out directly.
info@hydrokarb.com