Carbon dioxide chemistry (in particular, capture and conversion) has attracted much
attention from the scientific community due to global warming associated with positive …

With the current high consumption of fossil fuels and the rapid increase in atmospheric CO2
concentrations, there is a strong need for energy efficient and selective capture of CO2 from …

Electrocatalytic conversion of carbon dioxide (CO2) into energy-rich fuels is considered to
be the most efficient approach to achieve a carbon neutral cycle. Transition-metal …

Porous covalent–organic materials (COMs) are a fascinating class of nanoporous material
with high surface area and diverse pore dimensions, topologies and chemical …

World soils, a large reservoir of reactive carbon, moderate the global carbon cycle,
atmospheric chemistry, radioactive forcing and ecosystem services; as such, soil carbon …

A highly effective and facile synthesis route is developed to create and tailor metal‐
decorated and nitrogen‐functionalized active microporous carbon materials from ZIF‐8 …

Membrane separation is an energy‐efficient and environmentally friendly process. Two‐
dimensional (2D) molecular sieving membranes featuring unique nanopores and low …

Porous materials such as metal–organic frameworks (MOFs) and zeolitic imidazolate
frameworks (ZIFs) offer considerable potential for separating a variety of mixtures such as …

The heteroatom-doped porous carbon is an effective strategy to improve the CO 2 uptake.
However, there are obvious contradictory conclusions in the previous reports regarding the …

CO2 has a potentially bright future as a carbon resource because it is very cheap and
abundant. The conversion technology of CO2 into useful chemicals therefore has gained …