Microwave-generated plasma
Microwave energy ionizes a process gas to form a high-temperature plasma zone. Being electrically driven, the energy input can be controlled independently of the feedstock.
Technology
Hybrid Microwave Plasma Gasification, explained.
An advanced thermal conversion technology that uses microwave-generated plasma to process prepared carbon-containing feedstocks into hydrogen-rich gas and solid carbon.
Concept rendering — not a Green Science Western LLC installation.
Process overview
From prepared feedstock to recoverable products
- 01
Feedstock preparation
Sizing, drying & conditioning
- 02
Plasma conversion
Microwave-driven thermal gasification
- 03
Gas conditioning
Cleanup & design-dependent reforming
- 04
Product recovery
Hydrogen-rich gas & carbon fractions
- 05
Downstream processing
Optional purification, materials, chemicals & energy
Process stages
The conversion system, stage by stage
Feedstock preparation
Materials are sized, dried, and conditioned to a consistent specification. Preparation is central to stable operation and product quality.
Conversion
In the 'hybrid' configuration, plasma energy is combined with thermal gasification to break down organic material into a synthesis gas and solid residues.
Prepared feedstock → Process gas & solids
Process gas conditioning
Raw gas is cooled and cleaned to remove particulates and contaminants ahead of downstream use.
Tail-gas recycling and tar reforming
System-specific verification requiredWhere supported by system design, tail gas can be recycled and tars reformed in the plasma zone. Specific configurations are subject to verification.
Configuration → Verification → Validation
Product recovery
Hydrogen-rich gas and carbon fractions are separated for downstream processing, purification, or on-site use.
Recovery → Purification → Qualification
Deployment
Modular industrial deployment
The platform is conceived as modular process units that can be scaled and configured to site conditions, feedstock availability, and product targets. Unit capacities and configurations are defined during project engineering.
01
Engineering considerations
Power supply, feedstock logistics, gas cleanup, emissions controls, and integration with existing site infrastructure.
02
Permitting
Air, waste, and land-use permitting requirements vary by jurisdiction and feedstock.
03
Technical validation
Feedstock testing, mass and energy balances, and independent engineering review precede commercial commitments.
Performance data, conversion efficiencies, and emissions profiles depend on feedstock, configuration, and operating conditions. Green Science Western LLC does not publish fixed performance figures without supporting test data.
Discuss a technical evaluation
Share your feedstock and project goals, and our team will outline next steps for assessment.
Concept rendering — not an operating installation.