A demonstration plant for a groundbreaking technology to produce chemicals from sunlight will be built at Delfzijl, the Netherlands.

A demonstration plant for a groundbreaking technology to produce chemicals from sunlight will be built at Delfzijl, the Netherlands.
Scientists show that single nickel atoms are an efficient, cost-effective catalyst for converting carbon dioxide into useful chemicals.
We have recently learned that the high levels of carbon dioxide we breathe for extended periods inside planes can cause neurological problems.
Various approaches for converting CO2 and H2O to liquid hydrocarbons using solar energy involve electro/photo/thermochemical catalytic processes and combinations thereof exist.
Imagine a scenario where CO2 greenhouse gas emissions could be used to desalinate briny water. This would be a creative way of killing two birds with one stone, namely helping to ameliorate global-warming-induced climate change and producing high quality water for agriculture and drinking purposes.
A fascinating approach for utilizing the chemical energy contained in the carbon–hydrogen bonds of methane without the co-production of carbon dioxide in the combustion process is discussed.
Researchers from Cranfield University and Queen Mary University of London report the use of a thermoelectric material as a catalyst support and promotor for carbon dioxide hydrogenation. Using a specially designed reactor chamber, they achieve simultaneous thermoelectric energy harvesting and catalysis.
A vibrant new catalyst platform for harnessing abundant solar-energy to produce high-value hydrocarbons from a CO2 feedstock is demonstrated.
Cutting edge research related to perovskite oxides and their derivatives for the carbon dioxide photoreduction reaction.
University of Stuttgart partners with Montana State University to conduct research on the long term underground storage of carbon dioxide.