We produce clean hydrogen.

We enable domestic graphite production.

We eliminate
CO2 emissions.

We keep American energy moving forward.

Energy plant

Our mission is to make the carbon in natural gas an asset instead of a liability. Our technology breaks hydrocarbons into hydrogen and solid carbon so that the value of each product can be independently maximized.

We developed our own improved version
of methane pyrolysis.

Carbon

Efficient, scalable, profitable.

Our process uses very little electricity, can be deployed at world-scale, and does not require government subsidies to be profitable.

Versatile, low-energy solutions.

Our technology can be sited anywhere that natural gas or LNG are available, without the need to source renewable electricity or sequester carbon dioxide.

Heavy lift vessel in the ocean
Graphitic pilot plant

Building the future

Our hydrogen production pilot plant, which began operating in Texas in 2024, is capable of producing several hundred kilograms of hydrogen and up to 1,000 kg of solid carbon per day.

When completed later this decade, our first commercial hydrogen production plant will generate up to 10,000 metric tons of hydrogen per year.

Graphitic pilot plant

Building the future

Our hydrogen production pilot plant, which began operating in Texas in 2024, produces a few hundred kilograms of hydrogen per day.

When completed later this decade, our world-scale hydrogen production plant will generate 10,000 metric tons of hydrogen per year.

The hydrogen and graphite produced by our process can be used in multiple industrial applications.

Clean hydrogen

Energy production site

Hydrogen is a $100B global commodity used in refining and ammonia synthesis, and it has the potential to decarbonize an array of other applications like electrical generation, process heat and transportation.

Clean hydrogen

Hydrogen is a $100B global commodity used in refining and ammonia synthesis, and it has the potential to decarbonize an array of other applications like electrical generation, process heat and transportation.

Solid carbon

Train carts full of refined carbon

Graphitic Energy’s solid carbon can enter the graphite value chain at multiple points, including in the steel making process. It can be transported at extremely low cost via existing rail and sea infrastructure.

Solid carbon

Graphitic Energy’s solid carbon can enter the graphite value chain at multiple points, including in the steel making process. It can be transported at extremely low cost via existing rail and sea infrastructure.