This research by one of our students, Thomas Boakye, involves conducting comprehensive laboratory experiments, carefully simulating the conditions encountered in an actual CO2 absorption system.
Based on these rates, a model will be developed to predict the stability of any new solvent when exposed to different flue gas concentration scenarios. This information can be used to optimize the capture process and ensure that it is as efficient as possible.
Furthermore, empirical data generated from his work will be evaluated to study the performance and kinetics of the formulated solvent for further study. Visit lnkd.in/egvtCKD2 for more. #research#amines#carboncapture
The instability of AMP carbamate leads to an easy break down to release CO2 and amine in the desorption process, thus giving rise to a higher CO2 loading and a lower desorption heat requirement than those of MEA.
In order to attain net zero carbon emissions by 2050 and meet a 45% of biofuel production from waste resources target by 2030, there is the need to explore catalysts for increasing biofuel yield.
This work by our student, Mariam Hanson, will explore the use of environmentally benign materials for biodiesel production. Visit lnkd.in/egvtCKD2 for more. #research#energy#carboncapture
Meet the team that represented the SaskPower Clean Energy Research Chair (SCERCh) program at the Williston Basin Petroleum Conference featuring the Saskatchewan CCUS Summit on May 2-3, 2023.Out of the 39 posters presented, 11 posters were from the SCERCh team Kudos #researchers
We are elated to share that our graduate student, Emma Kwarteng Brakwah won first place in the poster competition held at the WIlliston Basin Petroleum Conference featuring the Saskatchewan CCUS Summit on May 2-3, 2023.
It is a reminder that hardwork, perseverance and dedication do not go unnoticed, and that even the smallest of contributions can make a significant impact”
-Emma Kwarteng Brakwah