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12 Jul 2026, 05:07 UTC · 5h ago
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Tianjin University researchers developed a millisecond-scale thermal pulse technology that enables the ultra-fast synthesis of platinum-group catalysts. — Significant acceleration of catalyst production could lower the cost of fuel cell manufacturing, accelerating adoption of hydrogen energy.
+0.50The new synthesis method reduces the energy consumption required for catalyst production per unit mass by 90 percent. — A massive reduction in energy overhead improves the margins and environmental profile of catalyst manufacturing.
+0.40The technology allows for a reduction in the use of expensive noble metals by creating a precise, three-atom-layer platinum shell structure. — Decreasing the quantity of platinum needed per unit reduces the sensitivity of fuel cell costs to volatile platinum prices.
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The production timeframe for catalysts was reduced from several hours to just a few minutes. — Increased throughput efficiency supports the scalability of green hydrogen and high-end chemical production.
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