Cement-based materials provide a potential solution for mitigating climate change by trapping and storing atmospheric carbon dioxide as minerals via a process known as carbonation. Despite extensive studies, the exact mechanism of this process is not yet understood. Now, researchers have conducted a comprehensive investigation of carbonation reaction using a new method, revealing the role of structural changes and water transport, paving the way for advanced carbon dioxide-absorbing building materials.
Carbon dioxide absorption using cement-based materials
Breakthrough!
Explore more ..
This Small Device Harvests Electricity From Exhaust
A Penn State prototype turns exhaust heat into electricity and works without the bulky cooling systems that have held back similar ideas for years.
Swiss Students Just Fired One of the World’s Rarest Rocket Engines
An ETH Zurich student team successfully ignited a rotating detonation rocket engine, a futuristic system that could make future space launches cheaper and more efficient.
Scientists 3D-Print Ultra-Hard Carbide for Next-Gen Industrial Cutting Tools
Hiroshima University researchers use hot-wire laser processing to manufacture tough WC–Co cutting materials with less waste
BMW Reveals Next-Gen iX3 With 400 kW Fast Charging and New EV Platform
Built on the Neue Klasse platform, the electric SUV pairs 800-volt charging with BMW’s new software-centric architecture.
