Catalyst

Affordable Hydrogen Fuel Production Boosted by Innovative Surface Reconstruction Catalyst

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Summary: Innovative surface reconstruction catalysts enable affordable hydrogen fuel production with durable, low-cost materials meeting DOE targets. Affordable hydrogen fuel production is critical for advancing clean energy and reducing carbon emissions. The hydrogen evolution reaction (HER) offers a sustainable path to produce hydrogen fuel, but commercial scalability remains costly. Researchers at Tohoku University developed a […]

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Scientists at Tohoku University have developed a pioneering mesoporous crystal catalyst that significantly enhances water electrolysis for efficient and cost-effective hydrogen production

Iridium Catalyst Boosts Hydrogen Production Cost Effectiveness

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Summary: A novel mesoporous crystal catalyst from Tohoku University enhances hydrogen production efficiency and durability while reducing costly iridium use. Scientists at Tohoku University have developed a pioneering mesoporous crystal catalyst that significantly enhances water electrolysis for efficient and cost-effective hydrogen production. This novel catalyst reduces costs by optimizing the use of costly iridium while

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UCR's Vincent Lavallo, left, and Aaron Gregory, right, who helped prove a 67-year-old chemistry hypothesis. (Stan Lim/UCR)

Scientists Confirm 67-Year-Old Vitamin B1 Theory, Paving Way for Greener Pharma

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Summary: UC Riverside chemists stabilize reactive carbene in water, confirming a decades-old vitamin B1 theory and enabling greener pharmaceutical manufacturing. Chemists at the University of California – Riverside have achieved a breakthrough by confirming a 67-year-old hypothesis about vitamin B1. They successfully stabilized an extremely reactive molecule called a carbene in water, something previously considered

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Shaping Cu₂O Crystals Boosts Clean Energy Catalyst Performance

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Summary: Controlling the shape of Cu₂O crystals greatly enhances their catalyst efficiency in oxygen reduction reactions, offering a low-cost alternative for fuel cells. Recent research reveals that the shape of Cu₂O crystals significantly impacts their efficiency as catalysts in clean energy technologies. This discovery by Taiwanese universities promises new, affordable catalysts for fuel cells, crucial

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