MCatalysis provides industrial microwave catalysis systems that convert waste carbon streams—such as agricultural residues, plastic waste, and off‑gas—into low‑cost synthetic fuels and chemicals. Their modular reactors and proprietary catalysts deliver faster reaction rates, higher selectivity, and reduced energy use, enabling petrochemical producers and waste‑to‑energy facilities to up‑cycle waste into valuable products.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial production of synthetic fuels and chemicals relies on energy‑intensive processes and fossil‑based feedstocks, leading to high carbon emissions and dependence on non‑renewable resources. Waste carbon streams such as agricultural residues, plastic waste, and off‑gas are often discarded or burned, missing an opportunity to create value‑added products.
Solution
MCatalysis develops high‑efficiency industrial microwave catalysis systems that combine rapid microwave heating with proprietary catalysts to convert waste carbon into low‑cost, clean synthetic fuels and chemicals. The microwave approach accelerates reaction rates and improves product selectivity compared with conventional thermal methods, reducing energy consumption and capital costs. Licensed worldwide from the University of Oxford, the technology enables scalable up‑cycling of diverse waste streams, supporting circular‑economy objectives for petrochemical producers and waste‑management operators. MCatalysis offers turnkey reactor modules and catalyst packages that can be integrated into existing process lines or deployed as stand‑alone plants.
Target Audience
Primary customers are petrochemical manufacturers, waste‑to‑energy facilities, and industrial producers seeking to convert agricultural residues, plastic waste, or off‑gas streams into valuable synthetic fuels and chemicals.
Features
- Industrial‑grade microwave reactors delivering uniform volumetric heating for fast reaction kinetics
- Custom‑designed catalysts that enhance selectivity toward target fuel and chemical fractions
- Modular plant design allowing retro‑fit into existing facilities or construction of new dedicated up‑cycling units
- Integrated process monitoring and control software to optimize energy use and product yield
- Proven technology licensed from Oxford University with exclusive worldwide rights