Magnetically driven spatial organisation of a multicomponent fluidized bed for intensified CO2 conversion. Ghent University
Increasing CO2 emissions are a major concern to the world today. Catalytic technologies for converting CO2 into useful products can play a pivotal role in addressing this challenge. The present project focuses on the intensification of chemical looping super-dry reforming, a promising technology for enhanced CO2 conversion. The efficiency of this process can be boosted by moving from fixed to fluidized bed operation, to enhance gas-solid ...