Catalytic Pyrolysis of Biomass for Bio-oil Utilization

The project aims to identify suitable catalysts for altering the characteristics of the
volatile vapours prior to their condensation into the actual bio-oil at the end of the pyrolysis
process, potentially upgrading the quality of the bio-oil before it is produced. To identify the
most suitable catalyst-feedstock combinations, the effect of different catalysts on the
pyrolysis vapours will be tested in a downstream catalytic testing unit located in a sample
stream parallel to the main vapour stream before the condenser. These catalyzed bio-oil
samples will then be analyzed then emulsified with biodiesel and separated out into biodieselrich
and lignin-rich phases for fuel quality testing and further characterization.
By modifying the company’s original proprietary system with a provision to incorporate
catalytic pyrolysis and identifying the most appropriate and economically feasible catalyst(s)
for their unit and operating parameters, this project would not only add value to the
company’s pyrolysis units/products, but would further expand the knowledge base in the…

Faculty Supervisor:

Naoko Ellis

Student:

Partner:

Diacarbon Energy Inc

Discipline:

Engineering

Sector:

Natural Resources; Energy and Utilities

University:

The University of British Columbia

Program: