A new study examines ways that carbon could be used as a key ingredient in building materials—particularly biomass plastics and cement. Obstacles still remain, as some of these technologies are still ...

Materials such as concrete containing carbonate-based aggregates, bio-based plastics and biochar could sequester more than 16 ...

Technologies like biochar in concrete and biomass-based plastics could turn buildings into carbon sinks, driving forward both economic and environmental progress. Construction materials like concrete ...

Concrete, the world’s most widely used building material, emerges as a key player. By integrating carbonated aggregates and biochar—a substance derived from heating biomass waste—concrete ...

Capsol's key segments include cement, biomass, energy-from-waste and gas turbines. Capsol Technologies is listed on Euronext Oslo Børs (ticker: CAPSL). For more information visit ...

More than 30 billion tons of conventional versions of these materials are produced worldwide every year. The carbon-storing approaches studied include adding biochar (made by heating waste biomass) ...

Van Roijen and her collaborators calculated how much carbon could potentially be stored in specialized carbon-sequestering forms of concrete, brick, asphalt, plastic, and wood building materials ...

A new study examines ways that carbon could be used as a key ingredient in building materials—particularly biomass plastics and cement. Obstacles still remain, as some of these technologies are ...

More than 30 billion tons of conventional versions of these materials are produced worldwide every year. The carbon-storing approaches studied included adding biochar (made by heating waste biomass) ...

The carbon-storing approaches studied included adding biochar (made by heating waste biomass) into concrete; using artificial rocks that can be loaded with carbon as concrete and asphalt pavement ...