Introduction to Metafusion™
Core Principles of MetaFusion™
Core Principles of MetaFusion™
Core Principles of MetaFusion™
- High-Temperature Plasma Catalysis – Breaks down hydrocarbons, biomass, or coal into simpler molecules, enhancing fuel conversion efficiency.
- Molecular Recombination & Selective Catalysis – Enables precise extraction of valuable byproducts while minimizing emissions like NOx and SOx.
- Multi-Phase Thermal Integration – Recycles heat energy across different phases to maximize thermal efficiency and reduce energy loss.
- Real-Time AI & Sensor Optimization – Uses AI-driven monitoring to optimize temperature, pressure, and gas composition for peak efficiency.
Applications of MetaFusion™
Core Principles of MetaFusion™
Core Principles of MetaFusion™
- Power Generation – Enhances hybrid power plants by improving fossil fuel and biomass efficiency while reducing CO₂ emissions.
- Carbon-Neutral Fuel Production – Converts low-grade feedstocks into cleaner synthetic fuels, supporting energy transition efforts.
- Metallurgical Processing – Improves ore reduction and metal purity while lowering carbon reliance in steelmaking.
- Waste-to-Energy & Circular Economy – Converts municipal and industrial waste into energy products, reducing landfill dependency and promoting sustainability.
Metafusion™ vs. Traditional Technologies
As industries and governments seek more efficient and sustainable energy solutions, Metafusion technology enhances energy optimisation while reducing environmental impact. Key performance metrics for evaluation include energy efficiency, emissions, fuel flexibility, energy recovery, and byproduct utilization.
