Closing the Loop on Non-Recyclable Materials
How advanced gasification turns disposal challenges into clean energy opportunities across Europe.
Roughly a quarter of all collected waste in Europe is genuinely non-recyclable — mixed plastics, contaminated textiles, sewage sludge, hospital residues. For decades, the default answer has been landfill or mass incineration.
Advanced thermochemical gasification offers a third route: convert these streams into syngas, hydrogen, heat, and a stable solid that can return to the construction industry as a raw material.
One process, multiple outputs
Each LOOPER unit produces useful gas streams *and* a solid mineral residue. Together they close the loop — what entered as waste leaves as energy and building material.
Keep Reading
Why Decentralised Waste-to-Energy Belongs in the Hydrogen Roadmap
The next decade of decarbonisation will not be solved by single technologies. Discover how flexible, modular waste-to-energy systems complement renewables and electrolysis pathways across Europe.
The Hydrogen Economy Is Growing — And Waste Belongs in That Conversation
How decentralised waste-to-energy fits into the broader hydrogen and decarbonisation roadmap.
Solid Residues With a Second Life: From Process Output to Building Material
The construction-industry pathway for solids leaving thermochemical waste-to-energy systems.