2500 bd de l'Universite
Sherbrooke, J1K 2R1
Canada
Université de Sherbrooke
mining residue, Ni-UGSO pellet, dry reforming of methane, pellet formation, thermodynamic data
Mining residue, Ni-UGSO pellet, autothermal dry reforming of methane, elevated pressure, thermodynamic data
catalytic pyrolysis, waste plastic, carbon nanomaterials, Ni-UGSO catalyst
Fischer–Tropsch synthesis, Machine learning, catalyst design, random forest, product selectivity, CO conversion
