As renewable electricity from wind and solar continues to grow across Europe, grid congestion is becoming a serious bottleneck. Too often, clean energy use is restricted, simply because the grid cannot absorb peak production.
Brusche Process Technology and @NEWES Hydrogen combine their specialist technologies to address this challenge. With our advanced CO2 capture and flexible methanol synthesis technology and NEWES’ unique high-efficiency green hydrogen electrolysis, we jointly develop a decentralized and scalable solution that converts fluctuating renewable power into e-methanol.
E-methanol is liquid at ambient conditions, easy to store and transport, and can be used both as a sustainable fuel and as a building block for the chemical industry. Crucially, the process is designed to operate without compressors and to respond dynamically to variable energy input.
The integrated approach helps reduce grid congestion, maximizes the local use of renewable electricity and supports the decarbonization of industry and mobility. This development is supported by MIT-R&D innovation grant from the Dutch Province of Overijssel, recognizing its potential to make a substantial contribution to the energy transition and to accelerate the decarbonization of industry and mobility.
Twentse bedrijven krijgen hulp bij unieke energie-innovatie – Nieuwe Energie Overijssel