Our patented Flash Joule Heating process produces high-quality graphene from sustainable, low-cost carbon sources. No chemicals. No reactive gases. Just electricity and carbon. 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. 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. 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. - Drop-in Ready: Dispersed in mediums for ease of addition into downstream processes. Safe to handle and easy to incorporate into existing customer operations. - 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. - 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. - High Purity: Turbostratic graphene with low defects and >99% carbon purity. Superior interaction with host materials for enhanced mechanical, electrical, and thermal properties. - Tunable Morphologies: 1D, 2D, and 3D morphologies with tailored surface characteristics. Each application gets the right graphene structure for optimal performance. - Feedstock Flexibility: Petroleum coke, biomass, recycled rubber and plastic, carbon black, food waste — virtually any solid carbon source can become high-quality graphene.
