Renewable, local power & heat production
Meva’s CHP plant generates renewable, combined heat and power (CHP) through advanced biogas cogeneration technology, directly on site. It’s an effective replacement for fossil energy in industrial production processes, helping reduce emissions and fuel costs while securing a sustainable, long-term energy supply.
Key benefits of Meva's combined heat and power solution
Significant CO2 reduction
Meva’s combined power and heat are generated from renewable biosyngas through biogas cogeneration, enabling you to replace fossil energy and significantly reduce your carbon footprint.
Stable and competitive energy cost
Say goodbye to price spikes and carbon taxes. Meva’s pricing model is tied to biomass and inflation, giving you predictable costs and long-term energy security
Reliable, on-site energy supply
Secure your energy independence. Biomass can be sourced locally or globally, ensuring a steady, resilient supply for continuous operations
Industrial scale, decentralized production
We produce the energy right where you consume it. Meva’s modular gasification units enable efficient, on-site biogas cogeneration, tailored to specific industrial needs. By decentralizing production, we reduce energy losses and transportation costs while increasing reliability and flexibility. This approach supports sustainable industrial processes with minimal environmental impact and no need for large upfront investments.
Thermal gasification converts fine fraction biomass into clean, stable gas
Our thermal gasification technology converts fine fraction biomass residues into clean, stable gas for biogas cogeneration on site, ensuring a reliable and efficient energy supply. At the heart of Meva’s technology is a high-temperature reactor operating in an oxygen-deficient environment, which continuously processes biomass with minimal variation in gas quality. This advanced entrained flow principle allows for rapid gasification and high output from compact feedstock volumes.
Our technology >
Customer Cases
Specifications
Application: Power and Heat
Gas capacity: Minimum of 1.4 MW electricity
Biochar production: from 400 ton/year
CO2 reduction potential: 20 000 ton/year
Feedstock: Industrial biomass residues
Standard plant area: 20x39 m
Industry applications: Wood and furniture
Contract: Energy Purchase Agreement (EPA) or Turn Key solution.
Application: High temperature heat
Gas capacity: 4,5 MW and upwards
Biochar production: from 400 ton/year
CO2 reduction potential: 10 300 ton/year
Feedstock: Industrial biomass residues
Standard plant area: 20x39 m
Industry applications: Metallurgy, Lime, Ceramics and glass, Concrete
Contract: Energy Purchase Agreement (EPA) or Turn Key solution.
Application: High quality process heat
Gas capacity: 4,5 MW and upwards
Biochar production: 400 ton/year
CO2 reduction potential: 10 300 ton/year
Feedstock: Industrial biomass residues
Standard plant area: 20x39 m
Industry applications: Tissue drying
Contract: Energy Purchase Agreement (EPA) or Turn Key solution.
Peter Kvist, Sales Manger, CHP
How do you see your energy supply in the future?
Reach out to our hot gas expert Peter to discuss how our gasification technology can help lower emissions in your production. We’ll work closely with you to provide customized calculations and feasibility studies, ensuring a solution that fits your specific needs. From the initial assessment to full implementation, we’ll be there to guide and support you every step of the way.