Renewable, hot biosyngas for industrial heating

Meva’s Hot Gas Plant generates renewable, high-temperature biogas directly on site, making it an effective replacement for fossil fuels such as natural gas in industrial drying and conditioning processes.

View specifications

Significant CO2 reduction

Meva’s renewable hot biosyngas lets you replace fossil gas and 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

Renewable, hot biosyngas for industrial heating

Meva’s Hot Gas Plant generates renewable, high-temperature biosyngas directly on site, making it an effective replacement for fossil fuels such as natural gas in industrial drying and conditioning processes. Ideal for high-temperature applications in furnace temperatures ranging from 1,000°C to 3,000°C, making it a powerful solution for energy-intensive industries aiming to reduce emissions and fuel costs.

View specifications

Get a quote

Key benefits of Meva's Hot gas solution

Significant CO2 reduction

Meva’s renewable hot biosyngas lets you replace fossil gas and 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 energy production tailored to your 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 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 >

Thermal gasification converts fine fraction biomass into clean, stable gas

Our thermal gasification technology converts fine fraction biomass residues into clean, stable gas 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 >

Specifications

Green copper productionElocwire

Green tissue productionSofidel Sweden

Green furniture productionIkea industry

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: 20x15 m

Applications: Metallurgy, Lime, Ceramics and glass, Concrete

Contract: Energy Purchase Agreement (EPA) or Turn Key solution.