Hydrogen
Our principal commercial pathway: hydrogen recovered from conditioned process gas for industrial, mobility and distributed energy markets.
Hybrid Microwave Plasma Gasification
Transforming Waste Into Tomorrow's Energy
Plasma Biofuels is a U.S. developer of modular waste-to-value infrastructure built around established Hybrid Microwave Plasma Gasification (HMPG) technology — creating commercial markets for difficult waste streams by converting them into hydrogen, advanced carbon and industrial products.
The Challenge
Difficult waste. Untapped value.
Forest thinning residues, discarded tires and other hard-to-handle materials often lack economically viable conversion pathways. They accumulate as wildfire fuel, stockpiles and landfill burden.
That is an environmental challenge — and a market opportunity for infrastructure that connects waste generation to valuable end products.
The Technology
Hybrid Microwave Plasma Gasification
An advanced thermal conversion approach that uses high-temperature plasma processes and downstream gas treatment to convert prepared feedstocks into process gas and recoverable material streams.
Modular by design
Containerized process modules designed for phased deployment and staged capacity growth.
Feedstock-specific
Process configurations engineered around the characteristics of each primary feedstock.
Product recovery
Gas conditioning and separation pathways oriented to hydrogen and carbon product recovery.
Why it's different
Beyond incineration, pyrolysis and conventional gasification.
Hybrid microwave plasma technology, drawn from international microwave-plasma technology development, combines electrodeless plasma, reported temperatures above 2,000°C, tar reforming, tail-gas recycling and integrated hydrogen recovery in modular form.
Performance figures are reported technology capabilities, not independently certified.
- Electrodeless microwave plasma
- Reported >2,000°C plasma
- Advanced tar reforming
- Tail-Gas Recycling (TGR)
- Integrated hydrogen recovery
- Modular, containerized
Products With Commercial Value
Built around markets, not just disposal.
Advanced Carbon Materials
Carbon black, graphitic carbon and graphene-related materials where feedstocks and processing configurations support qualified products.
Industrial Fuels & Chemicals
Future downstream pathways to methanol, ammonia, acetic acid and synthetic fuel intermediates through additional synthesis.
Roadmap
Established Plasma Technology. First U.S. Deployment. Built to Scale.
We turn waste streams that cost money to manage into feedstock for products industry already buys.
- 01
International Technology Experience
Built on years of microwave-plasma research, industrial equipment development, and feedstock testing in South Korea, including woody biomass, coal, and other carbon-rich materials.
- 02
First U.S. Commercial Facility
Establish an initial commercial U.S. installation integrating feedstock supply, plasma conversion, hydrogen recovery, product markets, and operational validation.
- 03
50 & 100 TPD Expansion
Scale to larger 50 and 100 tons-per-day facilities designed around regional feedstock supplies, industrial offtake, and long-term infrastructure partnerships.
Applications
Where plasma conversion fits.
Forest restoration
A potential outlet for thinning residues from fuels-reduction work.
Tire recycling
Converting prepared tire feedstock with carbon recovery potential.
Industrial waste
Selected processed streams with compatible composition.
Hydrogen supply
Regional hydrogen for industrial and mobility users.
Advanced materials
Carbon products qualified for specific customer markets.
Partnership Opportunities
Projects are built by partnerships.
We invite feedstock suppliers, industrial customers, municipalities, utilities, strategic investors and infrastructure developers to explore opportunities with us.
Feedstock suppliersIndustrial customersMunicipalitiesUtilitiesStrategic investorsInfrastructure developers
Let's Build the Next Generation of Resource Recovery Infrastructure.
We work with feedstock suppliers, industrial offtakers, site hosts, engineering partners and investors to move projects forward.