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Plasma technologies could open new options for decarbonizing heat supply in industrial processes, offering an alternative to the use of green hydrogen.

As AI becomes a bigger part of our daily lives, it is using an increasing amount of energy. TopoLogic, a Japanese startup from the University of Tokyo, is aiming to address this issue by leveraging a new material known as topological materials.

Building materials can be carbon sinks, with impressive carbon sequestration potential. Recent studies show that using carbon-storing materials could remove 1.66 billion tons of CO2 from the atmosphere each year.

The development of carbon capture technology has been slow, partly due to high costs. However, the American startup Captura is developing ocean carbon capture technology that promises to halve these costs.

Foxconn Technology Day (HHTD24) kicked off its fifth annual event on October 8, unveiling the latest electric car, Model D, and an electric mid-size bus, Model U, while also announcing a partnership with Breakthrough Energy Ventures (BEV), the energy inve

American tech giant Google has announced a partnership with carbon capture startup Holocene, signing a contract worth up to $10 million. Starting in 2030, Google plans to purchase carbon credits at a very low price of $100 per ton.

Custos is spearheading efforts to make businesses more environmentally friendly, teaming up with Systex to lead the charge. You've probably heard about carbon footprints, but have you ever thought about carbon handprints?

The charcoal-like substance has enormous potential to remove CO2, but more research and new accounting methodologies are needed.

Wider adoption of heat pumps could accelerate decarbonisation of heating in China’s carbon-intensive buildings and light industry sectors, a report by the International Energy Agency (IEA) says.

Taiwan’s Carbon Shuttle Technology has developed a new material that reduces carbon emissions by 66% and lowers the need for incineration.