Carbon dioxide capture and storage is of great importance for environmental and industrial reasons. Current technologies for carbon capture based on liquid adsorbents are energy-intensive. Therefore,.
Carbon dioxide is a critical ingredient in greenhouse facilities as atmospheric enrichment using this gas allows crops to achieve their potential growth. Despite the abundance of CO2, greenhouse.
Despite the efforts made to develop efficient separation technologies, biogas upgrading remains a big challenge due to the energetic requirement of typical methods like cryogenic distillation or.
In the light of the world energy requirements for cleaner sources, the use of biogas has been raised as a promising alternative. Since biogas contains a higher hydrogen-to-carbon ratio, its.
While 2020 sure wasn't an easy year, we too had our ups and downs. Read more in our quarterly newsletter.
While 2020 sure wasn't an easy year, we too had our ups and downs. This newsletter we thus dedicate to a recap of this year and to an outlook of what's to come.
Summer has been real short for us. Besides many projects with clients, we further increased our team. Read more about what we have been up to and what interesting publications and.
The importance of hydrogen as an energy carrier and tackling its storage challenges were briefly covered in our previous blog post. Now we take a step back to evaluate and understand the.
The commercial use of metal-organic frameworks has just kicked off, and they are often compared with commonly used activated carbon, silica or zeolites. Comparison goes until they reach the.
Our newsletter got longer than we thought and thus we post it here too. Here you find updates on the company and our selection of the most interesting publications around MOFs in the last quarter..