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24 results for "green chemistry"
After decades of doubt, chemists at UC Riverside have confirmed a 1958 theory by creating a stable "impossible" molecule from vitamin B1 in water. This breakthrough could revolutionize how we make medicines using safer, greener methods.
Chemists achieved the impossible by stabilizing a highly reactive molecule in water for the first time, confirming a bold 1958 theory about how vitamin B1 works in our bodies. The breakthrough could lead to safer, greener drug manufacturing.
Researchers at ETH Zurich created a breakthrough catalyst that transforms carbon dioxide into methanol more efficiently than ever before. By using single atoms instead of metal clumps, they've opened a pathway to climate-neutral fuel production.
Researchers inspired by wood-rotting mushrooms have discovered how to transform common plastic waste into valuable acetic acid using just sunlight and an iron-based catalyst. The breakthrough could turn our plastic pollution problem into a resource that creates useful industrial chemicals.
A failed experiment at Cambridge led to a breakthrough that could make life-saving medicines faster and cleaner to develop. The discovery uses simple LED light instead of toxic chemicals to modify complex drug molecules.
A failed experiment at Cambridge led to a breakthrough that could transform how medicines are made. Scientists discovered a light-powered method to modify drug molecules faster, cleaner, and without toxic chemicals.
Scientists at Cambridge University have discovered how to modify complex drug molecules using LED light instead of toxic chemicals, potentially cutting months off medicine development. The breakthrough happened by accident during a failed lab experiment.
A Netherlands company just made performance footwear production cleaner and safer by eliminating a harmful chemical without sacrificing quality. The breakthrough technology is already proving successful in factories across Asia and Europe.
Brazilian scientists turned a colorful fungus from the Amazon rainforest into a safe, antioxidant-rich dye for cosmetics that outperforms synthetic alternatives. The discovery offers a sustainable solution as countries ban harmful synthetic dyes linked to allergies and health problems.
Scientists turned E. coli bacteria and leftover naan bread into tiny chemical factories that produce medicines and plastics without fossil fuels. The process could actually remove more carbon than it releases.
Researchers in Spain just unlocked a way to transform natural gas into life-saving medicines instead of burning it for fuel. The breakthrough could reshape how we make pharmaceuticals while reducing greenhouse gas emissions.
Researchers just figured out how to produce an essential chemical building block using just electricity and water instead of fossil fuels. The breakthrough could transform how we make everything from medicines to fertilizers while slashing energy use.
Scientists just cracked the code on making ammonia without massive carbon emissions, potentially transforming how we feed the world. The breakthrough could replace one of agriculture's dirtiest processes with clean, renewable energy.
Researchers have engineered enzymes that make crucial cancer and blood disorder medications with far less waste and no toxic chemicals. The breakthrough could transform how 117 of the top 200 prescription drugs are manufactured.
Scientists just figured out how to transform carbon dioxide into clean energy using one of Earth's most common metals. This breakthrough could turn a greenhouse gas problem into a fuel solution.
That receipt in your wallet might be coated with toxic chemicals that seep into water, soil, and even people who handle them daily. Swiss scientists just cracked the code on making thermal paper from discarded wood waste instead.
Japanese researchers created a breakthrough method that makes medicines dissolve 2.7 times faster using zero toxic chemicals. This solvent-free technique could help bring 90% of stuck drugs to patients while protecting the environment.
Researchers have created sustainable plastics that can be made and recycled using simple UV light and LEDs. The breakthrough could transform how we produce plastics without toxic chemicals or massive energy use.
Researchers have engineered bacteria that produce complex molecules using light-activated reactions, transforming single-celled organisms into tiny manufacturing plants. This breakthrough could revolutionize how we make medicines, materials, and other valuable compounds. ---
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.
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