European Chemical Industry News & Insights

Bilfinger and Reverion Partner on Sustainable Biogas Facilities

At a glance
  • Bilfinger and Reverion signed a letter of intent to collaborate on sustainable biogas plants.
  • Reverion's technology aims to achieve up to 80% electrical efficiency and store green hydrogen or synthetic natural gas.
  • The pilot phase will complete in 2023, followed by series production of 100 kW systems.
  • Bilfinger will support the conversion of existing biogas plants with comprehensive industrial services.

Strategic Partnership

Bilfinger and Munich-based cleantech startup Reverion have signed a letter of intent to collaborate on sustainable biogas plants. The partnership aims to bring Reverion's modular power plant technology, based on fuel cells, to the market and expand it on an industrial scale.

Innovative Technology

Reverion's patented technology enables efficient power generation from biogas with high electrical efficiency, generation and storage of green hydrogen or synthetic natural gas, and cost-effective CO2 capture. The technology aims to achieve up to 80% electrical efficiency and can operate in reversible mode to produce and store renewable gases during surplus wind and solar power periods.

Pilot Phase and Implementation

Upon completion of the pilot phase in 2023, the 100 kW systems will go into series production. Bilfinger will support the conversion of existing biogas plants to the new technology with comprehensive industrial services, including pipeline construction, installation of process technology components, production of special components, and instrumentation and electrical engineering.

Energy Transition

Biogas is a crucial part of the energy transition, providing secure baseload and balancing power for intermittent renewables like wind and photovoltaics. Conventional biogas plants have limitations in efficiency and storage, but Reverion's technology offers a flexible and economically superior solution, making the entire process significantly carbon negative by capturing or converting CO2.