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17 Apr 2024: Our objective is to evaluate new strategies in the study of adsorption processes, the study and design of new porous materials such as metal-organic frameworks (MOFs) and to develop new ... The huge development of computational power allows us to use

17 Apr 2024: Gas Adsorption and Storage. Predictions on climate change and the threat of global warming have stimulated scientific research into finding means of decreasing CO2 emissions into the atmosphere as well as looking for alternative fuels. Much

17 Apr 2024: Previous Members. Designed by Diana, Marta and Aurelia.

17 Apr 2024: Contact Information. df334@cam.ac.uk. 44 1223 334785. University of Cambridge. Department of Chemical Engineering and Biotechnology. Adsorption & Advanced Materials Group. West Cambridge Site, Philippa Fawcett Drive. CB3 0AS, Cambridge, UK. Visiting

17 Apr 2024: Randall Snurr and collaborating with Profs. Hupp, Farha and Stoddart, and implementing new computational methods for H2 storage and toxic industrial compounds capture.

17 Apr 2024: system. A new line of research from our lab has been the development of computational tools (J. ... All this has opened new future directions using MOFs as drug delivery vehicles.

17 Apr 2024: Our Equipment. Gas adsorption. We have access to different equipment for gas characterisation, including a Micromeritics TriStar II, 3Flex, HPVA and Cryostat. We have access to low pressure isotherms as well as 1-200 bar, while being able to work

17 Apr 2024: Visualise our data. We have previously published several MOF data explorers with our papers. You can access them below. Hydrogen storage (. mono. HKUST-1 High-throughput screening) Part 1 and Part 2. Designed by Diana, Marta and Aurelia.

17 Apr 2024: News. December, 2018. Farewell to Tian. This month we say farewell to Dr. ... Peyman will be taking on the new and exciting role of Lecturer at University of Sheffield.

17 Apr 2024: Post Docs and Research Assistants. Designed by Diana, Marta and Aurelia.