Horse bedding waste proves to be an excellent feedstock for biochar preparation. Its favorable thermochemical characteristics enable high carbon conversion, well-developed pore structure and large specific surface area after pyrolysis....
For aluminum plants, torrefied biomass enables near-term, low-cost decarbonization without major retrofits, fitting the demand for emission reduction in primary aluminum production, recycled aluminum melting and on-site boilers....
With a dedicated anti-slagging structure and optimized high-temperature combustion zone, the SIMEC biomass burner effectively suppresses clinker formation and coking induced by the high alkali metal content in exhausted olive pomace....
Limestone-based Direct Air Capture is an effective CO₂ removal technology. SIMEC anaerobic calcination technology enables efficient and cost-effective removal of CO₂. The DAC adsorbent is reused like a sponge for CO₂ adsorption and desorption....
Among numerous technological pathways, biochar is gradually becoming a globally recognized negative emission solution due to its maturity, controllable cost, and significant environmental synergistic benefits....
SIMEC PyCCS research apparatus was delivered to the University of Western Australia. The apparatus was customized to support the researchers' project of developing industrial scale carbon sequestration solutions for sustainable road construction....