From Carbon Feedstocks
to Graphene.
LEARN ABOUT
the process
Graphene Works.
But Only When Produced and Dispersed Correctly.
step 01
Diverse Carbon Feedstocks
We begin with a wide range of low-cost and sustainable carbon sources: petroleum coke, metallurgical coke, biomass, recycled rubber, carbon black, and even food waste. These materials are collected and prepared as feedstock, transforming abundant and often discarded inputs into high-value advanced materials.
step 02
Flash Joule Heating
A short burst of electricity heats the feedstock to over 3,000°C, breaking all chemical bonds. Non-carbon impurities are flashed off, leaving the carbon to reorder. No chemicals. No reactive gases. Just electricity.
step 03
Turbostratic Graphene
Carbon elements reform into turbostratic graphene — loosely stacked layers with superior dispersibility vs. graphite-derived graphene. The result is >99% pure carbon with low defects, ready for downstream functionalization into Genable™ products.
The Universal Matter advantage.
Our Graphene difference.
01
Drop-in Ready
Dispersed in mediums for ease of addition into downstream processes. Safe to handle and easy to incorporate into existing customer operations.
01
Drop-in Ready
Dispersed in mediums for ease of addition into downstream processes. Safe to handle and easy to incorporate into existing customer operations.
02
Economical at Scale
The FJH process is highly scalable and utilizes diverse low-cost carbon feedstock streams. Performance benefits create substantial value vs. cost of the additive.
02
Economical at Scale
The FJH process is highly scalable and utilizes diverse low-cost carbon feedstock streams. Performance benefits create substantial value vs. cost of the additive.
03
Sustainable Production
Requires only electricity — no chemicals, no reactive gases. Inputs include low-value and recycled carbon waste streams. A platform technology for green chemistry.
03
Economical at Scale
The FJH process is highly scalable and utilizes diverse low-cost carbon feedstock streams. Performance benefits create substantial value vs. cost of the additive.
04
High Purity
Turbostratic graphene with low defects and >99% carbon purity. Superior interaction with host materials for enhanced mechanical, electrical, and thermal properties.
04
High Purity
Turbostratic graphene with low defects and >99% carbon purity. Superior interaction with host materials for enhanced mechanical, electrical, and thermal properties.
05
Tunable Morphologies
1D, 2D, and 3D morphologies with tailored surface characteristics. Each application gets the right graphene structure for optimal performance.
05
Tunable Morphologies
1D, 2D, and 3D morphologies with tailored surface characteristics. Each application gets the right graphene structure for optimal performance.
06
Feedstock Flexibility
Petroleum coke, biomass, recycled rubber and plastic, carbon black, food waste — virtually any solid carbon source can become high-quality graphene.
05
Feedstock Flexibility
Petroleum coke, biomass, recycled rubber and plastic, carbon black, food waste — virtually any solid carbon source can become high-quality graphene.