MFC Expands Global Reach with Paris Waste-to-Methane Project and Continued Growth in 2024

Paris, France – Multi Fuel Conversion GmbH (MFC) is taking a significant step forward in waste-to-energy innovation, playing a key role in the COMETHA Project in Triel-sur-Seine, Paris. As a technology provider, MFC is contributing to enhancing biogas efficiency by integrating its waste-to-methane technology, designed to improve methane yields from organic waste and wastewater sludge.

Paris, France – MultiFuel Conversion GmbH (MFC) is taking a significant step forward in waste-to-energy innovation, playing akey role in the COMETHA Project in Triel-sur-Seine, Paris. As a technology provider, MFC iscontributing to enhancing biogasefficiency by integrating its waste-to-methanetechnology, designed to improve methaneyields from organic waste and wastewater sludge.

Theproject, backed by French regionalauthorities SIAAP and Syctom, is testing new approaches to increase methane production efficiency over a 12-month pilot phase. The findings willsupport future large-scale applications,positioning MFC’s technology as a valuabletool for optimizing biogas plants in urban environments.

Advancing from Lab to Global Deployment

Over thepast years, MFC has transitioned fromresearch and development to real-world applications, securing the necessaryfunding to scale its technology. With a focuson practical deployment, the company has steadily expanded its reachthrough partnerships and strategicprojects.

2024-2025: Focused Growth and Key Funding Achievements

MFCcontinues to receive targeted funding todevelop and scale its technology, supporting its transition from a research-driven company to a globalsolution provider.

🔹 €1.7MPTJ Projektträger Jülich Grant – Supporting VERKOSO, a project developing a waste-to-gas-to-power system utilizing an innovative fuel cell.
🔹 €966,000Sächsische Aufbaubank (SAB) Grant – Funding ongoing R&D and scalability efforts.
🔹 BMWKBafa Africa Program Funding – Supporting international market entry anddeployment in new regions.
🔹 Investmentfrom EX Venture Inc. – Strengthening MFC’s position for global expansion.
🔹 Crowdfundingcontributions – Ongoing support from individualinvestors backing MFC’s technology.

Thisfunding enables MFC to continue refiningits technology, increase manufacturingcapacity, and expand market reachwhile maintaining a long-term growthstrategy.

Scaling with Strategic Partnerships

To bringwaste-to-energy solutions to a broadermarket, MFC is collaborating with Zero-X,an EX Venture portfolio companyfocused on decentralized waste-to-energyapplications.

🔹 Zero-Xintegrates MFC’s technology into its X-150modular units, allowing for wider adoption of MFC’s gasification process.
🔹 Strengtheningglobal distribution – With Zero-X handling international deployment, MFC can focus on technology development and process optimization.
🔹 Expandingpractical applications – Working together to introduce waste-to-energy systems into municipal and industrial projects worldwide.

Next Milestone: The VERKOSO Project

MFC isalso advancing its next-generationtechnology through the VERKOSOproject, a fuel-cell-basedwaste-to-power system currently under development.

🔹 A €1.7MPTJ-funded initiative aimed at developing a more efficient conversion process for waste-derived syngas.
🔹 A collaboration with Fraunhofer IKTS & Hochschule Zittau/Görlitz, leveraging leading research expertise.
🔹 Designed to increase efficiency in decentralized energy generation, building onlessons from past gasification projects.

MFC’s Path Forward

MFCremains focused on scaling itswaste-to-energy solutions, ensuring that its technology is viable for large-scale applications. The Paris pilot project, strategic funding,and expansion through partnershipsreflect MFC’s commitment to deliveringpractical, effective solutions for organicwaste conversion.

With a structured approach to growth, MFCcontinues to develop new technologies,secure key partnerships, and expand global market access. The company ismoving steadily from R&D-driveninnovation to real-world impact, ensuring that waste-to-energy solutions are accessible, scalable, and commerciallyviable.

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