A biogas power plant taps into a simple natural process: organic material breaks down, releases gas, and that gas becomes usable energy. Instead of letting waste or leftover biomass sit unused, a biogas plant captures this energy and turns it into heat and electricity. The raw material can be almost anything organic – food waste, crop residues, manure, or other …
Oat husks are being tested as feedstock for biosyngas and biochar production
Sweden’s has a strong agricultural sector that produces large volumes of by-products every year, including oat husks, straw, and crop residues. Much of this material remains unused, despite its considerable potential as a resource with high energy content. Meva Energy has developed a technology that replace fossil gas in industrial applications by producing biosyngas through gasification of biomass residues. Until …
Ground work prepared for build start at Sofidel Kisa site for Meva Energy gasification unit
The construction of the Meva Energy unit at Sofidel Kisa mill is now starting.
Meva Energy signs renewable gas supply agreement with Europe’s second largest tissue producer Sofidel to enable fossil-free tissue production
In less than two years a Meva Energy renewable gas producing plant will be replacing fossil gas consumption at Sofidel’s plant in Kisa, Sweden.
Meva Energy signs green energy agreement with IKEA Industry to produce long-term renewable power from wood residue
PRESS RELEASE 6 July 2021 Gothenburg, Sweden In less than three years a Meva Energy power plant to thermochemically convert low value wood residue to renewable gas and power will be in place at IKEA Industry production unit in Zbaszynek, Poland. The collaboration is an investment in on-site renewable power, and it introduces a completely new and highly efficient technology …