Carbon capture and storage serves as the main technology for mitigating carbon emissions. Separation based methods, such as absorption,...

The integration of electrochemical reduction of CO2 with renewable energy sources offers an attractive approach for utilising carbon...

According to the Paris Agreement, to combat climate change, it is necessary to keep global temperature well below 2 °C and to pursue...

Fossil plants (coal and gas) and heavy industry (such as cement and steel production) are, currently, the largest contributor of CO2...

At present, there are no fully developed technologies capable to use CO2 as an input material for the production of chemicals and fuels....

Carbon capture and storage (CCS) has become the dirtiest phrase in the energy sustainability debate. The costs appear too great, the...

Amine scrubbing for CO2 capture technology was first evaluated in 1991. Although the technology was used to gas- and coal-fired plants on...

Building materials for the construction industry provide an interesting example of mineralisation. In natural carbonation reactions,...

Recently, the European Commission has released a new growth strategy for a climate-neutral by 2050, thus by taking an ambitious approach...

Carbon dioxide has been used in industrial processes for over a hundred years. Those processes include salicylic acid manufacture, which...

Capturing CO2 and turning it into commercial products, such as fuels or construction materials, could become a new global industry,...

It is expected that for the upcoming years, the demand for energy will substantially increase, which will need to be reconciled with the...

The Guardian has reveals the 20 fossil fuel companies whose relentless exploitation of the world’s oil, gas and coal reserves can be...

It is well known that emissions of carbon dioxide (CO2), originating mainly from burning oil and coal, contribute enormously to the...