Tersis Technologies Patented Waste-to-Graphene Process
The firm seeks to convert carbon residues into advanced electrode structures for energy storage.
Updated on Oct. 1, 2026 in Materials Science
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Tersis Technologies has filed a U.S. provisional patent application for a method to synthesize graphenic materials from waste-derived carbon. The proposed technology transforms low-value solid residues into high-performance carbon structures.
Why it matters
The development aims to repurpose low-value carbon materials like char and biochar for use in electrochemical cells. By creating a continuous electron pathway, the company intends to enhance electrode performance during charging cycles.
The process uses a metal catalyst and controlled electrical pulses to produce a hybrid carbon structure described as hook morphology. This design features a nanotube-like stem combined with graphene sheets to preserve surface area compared to standard carbon residues.
The players
Tersis Technologies
An industrial technology firm focused on resource-recovery campuses and carbon-based materials.
Antonio Uccello
An inventor listed on the patent application for the waste-derived carbon energy material.
Kevin H. Fortin
An inventor listed on the patent application for the waste-derived carbon energy material.
The details
The conversion method targets solid carbon residues such as char and biochar, treating them to form a complex architecture. This specific morphology is designed to optimize electron transport while maintaining structural integrity during the charging process. The patent covers the production of these materials for use in modular storage banks and various electrochemical cells.
Timeline
September 23, 2026: Tersis Technologies filed the provisional patent application.
The Tech Race
This development follows a trajectory of improving energy density in carbon-based storage systems by engineering specific material architectures. It builds directly upon the foundational processing capabilities at Tersis Technologies' SynGenic V3 resource-recovery campuses.
This research-stage process does not currently affect commercial energy storage devices or market pricing. Its primary impact will be determined by future testing on electrode efficiency and the eventual scalability of the production method.
The takeaway
The firm is currently moving from conceptual design toward bench-scale material refinement. Readers should monitor future updates regarding the company's electron microscopy results and electrode testing cycles for indicators of material viability.
What happens next
The company plans to proceed with a sequence of technical evaluations, including electron microscopy, material separation processes, and electrode performance testing.
Further reading
For more on the latest research in carbon-based components, visit the Materials Science section.
Source note: This article includes information reported by Best Magazine.
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