The total Faraday efficiency of formic acid exceeds 190% in wide voltage range, and only 2.1 V is required to achieve a formic acid partial current density of ~130 mA cm -2 while consuming three ...

A low-cost, tin-based catalyst can selectively convert carbon dioxide to three widely produced chemicals — ethanol, acetic acid, and formic acid. Lurking within the emissions from many industrial ...

Currently formic acid retains a large market consuming around one million tons annually, which is expected to grow in the future owing to its potential use as a hydrogen carrier. Moreover, it has a ...

Moreover, the integration of hydrogen storage with power generation from renewable sources, such as wind energy, is revealing optimal control strategies, further bolstering the efficiency of green ...

With a hydrogen production rate from formic acid of 139 millimoles per hour and per gram of catalyst, the photocatalytic material currently holds the world record for H2 production with sunlight.

1. Introduction A cyclic process involving formic acid and carbon dioxide/hydrogen has been proposed as an efficient way to store and generate hydrogen when it is needed (Scheme 1). 1 Indeed, in the ...

Atmosphere to hydrogen mixes as low as 4% hydrogen make a mighty big bang as anyone near a lead acid battery lighting off can attest. Your humble writer will Not be closer than 100 yards of one ...