Power to X (PtX) denotes methods for converting renewable energy into liquids or gases,
which can be stored, distributed or converted to valuable products. Furthermore, PtX can …

Coupling post-combustion CO2 capture with electrochemical utilization (CCU) is a quantum
leap in renewable energy science since it eliminates the cost and energy involved in the …

Cu-based catalysts are widely employed for CO 2 hydrogenation to methanol, which is
expected as a promising process to achieving carbon neutrality. However, most Cu-based …

Carbon dioxide hydrogenation to produce methanol has the potential to liberate humanity
from its reliance on fossil fuels, while simultaneously reducing carbon dioxide and …

Electrification of traditional large-scale chemical industry based on renewable electricity can
greatly reduce process CO 2 emission, and store intermittent renewable electricity into …

This study investigates the impact of the membrane reactor (MR) technology with in-situ
removal of water to boost the performance of the one-step DME synthesis via CO 2 …

The efficient conversion and utilization of CO 2 is of great strategic significance to achieve
the goal of “carbon neutrality”. The production of green methanol from the captured CO 2 of …

The involvement of surface hydroxyl species in controlling methanol selectivity for a CO2
hydrogenation reaction was investigated over Cu-phyllosilicate (Cu-SiO2P) catalysts …

CO 2 hydrogenation to methanol process could effectively eliminate CO 2 emissions and
convert CO 2 into different chemicals with H 2 produced via green energy. However, the …

CO 2-to-methanol can realize the emissions reduction and resource utilization of CO 2.
However, CO 2 capture technology will lead to energy and economic penalties of the whole …