CRIP Biorefinery

Professor Jamal Chaouki
(Thermaochemical conversion of biomass Project)

• Oil combustion in a fluidized bed (Sasol-KBR-Grace)
• Natural gas combustion in a fluidized bed (OCP)
• Aluminium industries residues combustion (Poly-solution)
• Tire Pyrolysis (Ecolomondo)
• Wood residues and agricultural waste Pyrolysis (Micowave and conventional)
• Residues Gasification (Biothermica)

Professeur Jean Paris
(Chemical/Biochemical conversion of biomass Project)

• Biorefinery processes integration to pulp & paper existing plants
• Mass & energy analysis of units integrated to pulp and paper plants

Professor Paul Stuart
(Chemical/Biochemical conversion of biomass Project)

• Feedstock Management for the Forest Biorefinery (NSERC Forest Initiative)
• Engineering system for forest Biorefinery

Professor Mario Jolicoeur
(Chemical/Biochemical conversion of biomass)

Professor Robert Legros
(Chemical/Biochemical conversion of biomass)

• Drying processes intensification
• Biomass pre-treatment processes
• Separation process adapted to Biorefinery products
• Biorefinery processes integration
• Bioconversion of biomass procedures: Fermentation and composting

Professor Louis Fradette
(Chemical/Biochemical conversion of biomass)

• Thermal machines
• Heat pump
• Low temperature energy valorization

Professor Michel Perrier
(Chemical/Biochemical conversion of biomass)

• Electricty or hydrogene production from microbial fuel cell

Professor François Bertrand
(Chemical conversion of Biomass)

Professor Grégory Patience
(Thermo-chemical conversion of biomass)

• H2 production for H2O2 in small quantity (For pulp and paper whitening)
• Acrolein / Acrylic acid production from Glycerol

Scientific Publications[+...]