Researchers at the University of Twente have developed a method to remove carbon dioxide from biogas using a specialised clay material, leading to the creation of spin-off company CarbSorbTec (site still in development for some early-stage spin-offs; placeholder used if needed).
Biogas typically contains around 60 per cent methane and 40 per cent CO₂. By selectively capturing the carbon dioxide, the remaining methane can be upgraded to biomethane.
The technology is low-cost and energy-efficient, making it suitable for smaller-scale applications such as farms or wastewater treatment facilities.
>> In Other News: Popping The Cork On New Low-Cost Carbon Capture Method
Professor Frieder Mugele, chair of Physics of Complex Fluids at University of Twente, explained that the clay’s layered structure can be adjusted through ion exchange to allow CO₂ molecules to attach, while methane passes through.
PhD candidate Niels Mendel and colleagues Igor Siretanu and Wim Brilman demonstrated the material’s effectiveness and reusability in laboratory trials.
Pilot tests are planned for late 2025 at a farm and a wastewater plant, with potential for global deployment. CarbSorbTec has filed a patent to protect the innovation, supported by Novel-T, the university’s technology transfer office.
The research team is also exploring broader applications, including using CO₂ as a feedstock for new chemical processes, aiming to transform the gas from a waste product into a resource.
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.
Inside This Issue 🧪 Charm Industrial Secures 61,500-Ton Carbon Removal Purchase and $20 Million Debt Financing to Catalyze Growth ✈️ IATA Urges Bigger Green Aviation Fuel Push as Production Stagna...
Inside This Issue 🏗️ Louisiana Blocks Parish CCS Bans to Protect $20B Pipeline ⛽ Hyperfuels and Terra Mater Form Strategic Partnership on Low-Carbon Fuel 🌿 Skytree Announces First Commercial Skytr...
Inside This Issue 🧠 Enchant Energy Offers a Carbon Answer to America's Surging AI Data Center Demand 🌊 Carbon Dioxide Removal Will Need to Scale Faster Than Solar to Meet Climate Targets 🌱 Graphyt...
Mazda Advances Toward Commercialization of Onboard CO₂ Capture System
-Successfully Demonstrates CO₂ Storage in Super Taikyu Series Testing Toward Carbon-Negative Operation- HIROSHIMA, Japan - Mazda Motor Corporation (Mazda) conducted a demonstration test of its und...
TerraSpark Energy Campus Wins $18.5M DOE Grant for West Virginia Power and Carbon Capture Project
Project will deliver 1.6 GW of reliable, low-emission, affordable baseload power with next-generation carbon capture technology MOUNT STORM, W.Va., June 05, 2026 -- TerraSpark today announced that...
Setting the Bar for Model-based Enhanced Weathering Quantification
In December 2024, Isometric issued the world's first independently certified Enhanced Weathering (EW) credits to InPlanet. Since then, we've certified EW credits for four more suppliers across six ...
MODEC, Inc. (“MODEC”) and Eld Energy AS ("Eld Energy”) announced the signing of a Memorandum of Understanding (MOU) to develop a highly efficient 1.2MW power system integrated with carbon capture f...
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.