Imagine if we could find a way to capture the greenhouse gases that are warming our planet. One way to do this is carbon ...

Recent research in this area has explored various methods for capturing CO2, including the use of advanced materials, innovative processes, and the integration of carbon capture technologies into ...

HKUST researchers discovered how CO2 reacts in supercritical water, identifying pyrocarbonate ions as key intermediates.

Biochar, a charcoal-like material derived from plant biomass, has long been hailed as a promising tool for carbon dioxide ...

Integrating atmospheric CO2 into construction materials presents a transformative approach to sustainability, enhancing ...

Carbon farming has emerged as a crucial strategy in the European Union's efforts to combat climate change and achieve climate ...

Carbon capture rates are yet to reach 100% efficiency, but the industry is ripe for research and development (R&D) innovation ...

Hydrogen sourced from coke oven gas, a byproduct of steel production, is currently the most economically viable option as an input for “calcium looping”, a type of carbon capture, at least until the ...

Capturing, Converting, and Sequestering Carbon Dioxide Through a range of technologies and techniques, LowCarbon has demonstrated the ability to capture, convert, and sequester carbon dioxide ...

Researchers from Qingdao Institute of Bioenergy and Bioprocess Technology, Chinese Academy of Sciences, reveal how ...

The bills highlight a divide between lawmakers who see carbon capture as the future for the state's emissions-heavy ...

Traditional combustion methods are currently favoured to capture concentrated carbon dioxide (CO₂) at relatively low operating costs. However, emerging solutions such as direct air capture (DAC ...