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Water-splitting catalyst reportedly lasts longest just before freezing

SCIENCE & PHYSICSNEEDS REVIEWUpdated:

A research report says a manganese-oxide catalyst used for water electrolysis lasted longest near 0°C—just before the water froze. Cooling slowed oxygen production, but reportedly slowed the catalyst’s degradation even more.

Water-splitting catalyst reportedly lasts longest just before freezing

Degradation accelerates again as supercooled water cools

The reported pattern reversed below freezing in supercooled liquid water: the catalyst’s manganese dissolution accelerated as the temperature dropped, and its lifetime became shorter again. The report links this unusual low-temperature behavior to changes in supercooled water.

Verification

UNVERIFIED

Feed metadata identifies a report, not independently verified underlying facts.

A research report attributes this claim to findings on a manganese-oxide water-electrolysis catalyst, but the claim has not been independently verified.

Sources