Tersis Technologies Patented Waste-to-Energy Material
The company filed a patent for a process that converts solid carbon waste into high-performance graphene-based structures.
Updated on Oct. 1, 2026 in Materials Science
Live Poll
Is now a good time to invest in new industrial waste-to-energy technologies for your area?
Tersis Technologies has filed a US provisional patent application for a method that transforms waste-derived carbon residues into a unique graphenic material. The process utilizes controlled electrical pulses and a metal catalyst to create a hybrid carbon structure known as hook morphology.
Why it matters
The technology aims to convert low-value solid carbon waste, such as biochar and char, into efficient energy storage components. By creating a continuous pathway for electrons while preserving surface area, the material could improve the performance of electrochemical cells and storage banks.
The application details a method utilizing a metal catalyst and precise electrical pulses to synthesize a structure featuring nanotube-like stems joined to graphene sheets. This hybrid morphology is designed for integration into electrodes and modular storage banks.
The players
Tersis Technologies
This company operates resource-recovery campuses and focuses on developing advanced carbon-based energy materials.
Antonio Uccello
He is one of the lead inventors named on the patent application for the new graphene-based carbon material.
Kevin H. Fortin
He serves as a co-inventor on the patent application for the waste-derived carbon energy technology.
The details
Inventors Antonio Uccello and Kevin H. Fortin developed the process to solve common limitations in energy storage, specifically regarding electron flow and surface area degradation. Tersis Technologies intends to integrate this research into its SynGenic V3 resource-recovery campuses for further material testing.
Timeline
September 23, 2026: Tersis Technologies filed the provisional patent application in the United States.
The Big Picture
This innovation signals a shift toward utilizing low-value waste streams as primary feedstocks for high-tech energy storage components. The development of this hybrid carbon material updates the current metrics for conductivity and structural efficiency previously established by graphene-based electrode materials.
If successful, this technology could lower the cost of raw materials for batteries and supercapacitors by sourcing carbon from common agricultural and industrial waste. Future commercialization may lead to more sustainable and affordable high-performance energy storage units for consumer electronics.
The takeaway
This patent filing highlights a growing trend of transforming waste products into valuable industrial inputs through precision chemistry. Implementing such circular processes may eventually reduce the reliance on virgin mined materials in the energy storage sector.
Further reading
For more on emerging research in this field, explore Materials Science.
Source note: This article includes information reported by Best Magazine.
Live Poll
Is now a good time to invest in new industrial waste-to-energy technologies for your area?
