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15 results for "industrial innovation"
The world's cement producers are gathering in Bangkok this April to chart a path toward dramatically reducing emissions while meeting global construction demands. The conference signals a major shift in one of the planet's most carbon-intensive industries.
A Colorado company just made it possible for factories to ditch fossil fuels without changing how they operate. AtmosZero's electric heat pump boilers are replacing century-old steam technology that's been burning coal, oil, and gas since the 1800s.
Japanese researchers created a quality-control system that catches hidden manufacturing defects—like tiny cracks and heat problems—that traditional cameras miss, making products safer and more reliable. The technology runs fast enough to inspect items in real time on factory assembly lines.
Australia is investing $3.25 million to help factories switch to renewable heat storage, tackling one of the toughest climate challenges. The technology could transform how industries power themselves without fossil fuels.
ExxonMobil is now capturing and storing over 3 million metric tons of carbon dioxide each year from Louisiana industrial facilities, turning the state into a hub for emissions reduction. The technology is helping energy-intensive industries cut their carbon footprint while keeping American jobs and products competitive.
A Finnish paper mill just fired up the world's largest steam-producing heat pump, turning industrial waste heat into high-powered steam using clean electricity. It's beating performance targets by 10% and eliminating fossil fuels from a major manufacturing process.
Scientists created a skin-safe sensor that spots dangerous ammonia leaks through both color change and electronics. The breakthrough could save lives in factories, farms, and refrigeration facilities where ammonia exposure kills workers each year.
A Finnish company just proved you can store renewable energy in sand and turn it into fossil-free steam for factories. Their first industrial system at a brewery is slashing both carbon emissions and energy costs.
Australian researchers have created a system that turns industrial carbon emissions into chemical building blocks for jet fuel, using less energy than existing methods. The technology is already being tested with industry partners and could reach commercial use within six years.
Scientists created an electrode that captures carbon dioxide from real exhaust gases and instantly converts it into formic acid, a valuable industrial chemical. The breakthrough works even with atmospheric CO2 levels, making carbon capture far more practical.
A region once battered by relentless gales has transformed into China's wind power manufacturing powerhouse, turning raw weather into jobs, clean energy, and industrial innovation. Xinjiang now produces 90% of its wind equipment locally and powers millions of homes.
Scientists in India have created a revolutionary membrane that filters water with precision 10 times better than current technology, potentially transforming how textile and pharmaceutical factories reuse water. The breakthrough could dramatically cut the massive energy footprint of industrial separations, which currently consume up to half of all industrial energy worldwide.
Scientists created an electrode that captures carbon dioxide from industrial smoke and converts it directly into formic acid, a valuable fuel component. The breakthrough works even with diluted emissions, bringing practical carbon capture closer to reality.
A German chemical plant just broke ground on a 100-megawatt battery made of bricks that stores excess wind and solar energy as heat, then releases it as steam to replace natural gas boilers. The technology could transform how heavy industry runs on clean energy.
A German chemical plant just broke ground on a 100-megawatt battery made of specially designed bricks that stores renewable energy as heat and delivers clean steam 24/7. The technology could finally help heavy industry quit fossil fuels without sacrificing reliability.