Researchers from the Innovation Academy for Precision Measurement Science and Technology (APM) of the Chinese Academy of ...

High boiling points due to hydrogen bonding Ability to form dimers in the gas phase Solubility in water, especially for shorter-chain acids Alkanoic acids are named by replacing the “-e” in the ...

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 ...

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 ...

Herein, we present an industrially viable approach to producing saturated free fatty acids through a one-pot hydrolysis and hydrogenation reaction. In this process, formic acid (FA) acts as the ...

Atmospheric formic acid is severely underpredicted by models. A recent study proposed that this discrepancy can be resolved by abundant formic acid production from the reaction (1) between hydroxyl ...

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 ...

Two juveniles have been charged after several slides at a Massachusetts park were doused with acid in this summer and four children were injured, the Hampden District Attorney Anthony Gulluni said.

Formic acid contributes significantly to precipitation acidity in remote areas (1 – 3) and facilitates the nucleation of cloud droplets (4). Nevertheless, the origin and sources of atmospheric formic ...

Abstract: This research examines a novel heterogeneous catalytic process to convert H2O to H2 under mild conditions with the assistance of visible light, CO2, and nanostructured transition metal ...