Samples of the activated microporous aluminophosphate Co-APO-5, featuring ca. 20% of Co3+ cations, when immersed in water evolve molecular oxygen at room temperature in an endothermic process, without the need for either light or a sacrificial reactant. Successive drying of the sample at temperatures around 520 K releases molecular hydrogen, with recovery of the initial conditions. Several hydration-dehydration cycles may be performed without loss of activity, i.e. water is split in a thermal cycle under relatively mild conditions

The behaviour of an old catalyst revisited in a wet environment: Co ions in APO-5 split water under mild conditions

TOMATIS, Maura;
2014-01-01

Abstract

Samples of the activated microporous aluminophosphate Co-APO-5, featuring ca. 20% of Co3+ cations, when immersed in water evolve molecular oxygen at room temperature in an endothermic process, without the need for either light or a sacrificial reactant. Successive drying of the sample at temperatures around 520 K releases molecular hydrogen, with recovery of the initial conditions. Several hydration-dehydration cycles may be performed without loss of activity, i.e. water is split in a thermal cycle under relatively mild conditions
2014
16
15
7074
7082
aluminum derivative, aluminum oxide, cobalt, phosphate, water
Barbara Bonelli;Marco Armandi;Simelys Hernandez;Svetoslava Vankova;Edvige Celasco;Maura Tomatis;Guido Saracco;Edoardo Garrone
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2318/156917
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