PRNewsWire
12 Jul 2026, 05:04 UTC · 5h ago
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Researchers at Tianjin University developed a synthesis method for platinum-group catalysts that achieves high catalytic activity while reducing the use of precious metals. — Reducing the dependency on expensive platinum while maintaining or improving performance significantly lowers the cost barrier for hydrogen fuel cell adoption.
+0.60The new 'transient assembly' thermal pulse method reduces catalyst synthesis time from several hours to a few minutes. — Drastically faster production cycles increase industrial throughput and lower operational overhead for catalyst manufacturers.
+0.40The synthesis process reduces the energy consumption required per unit of catalyst mass by 90%. — Lower energy costs improve the ESG profile and profit margins of the production process.
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Catalysts produced via this method reached a nominal power of 15.2 kilowatts per gram of platinum in hydrogen fuel cells. — Concrete performance metrics suggest a tangible improvement in efficiency for green hydrogen technologies.
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