BioMaterials Lab
University of British Columbia
The Advanced Biomaterials Chemistry Laboratory examines various aspects of biopolymer synthesis and processing. We are interested
in studying the structure-property-processing relationships of biopolymer blends and biomaterials. Specifically, we are interested in developing
new biomaterials from cellulose, cellulose derivatives and lignin. Students in our group have at their disposal a broad range of state-of-the-art
analytical techniques including multinuclear NMR, thermal analysis, GPC, Chromatography Mass Spectroscopy (LCMS and GCMS), dynamic and light scattering, and
X-Ray scattering methods.
The development of biologically derived materials is emerging as an important component for economic development in Canada. Of particular interest is the development of new high performance value-added wood-derived polymer products. Traditionally, the forest industry has played a dominant role in the Canadian economy. In the past, most trees harvested were used to produce structural lumber, with a large proportion of the residual biomass being used to manufacture market pulp and value-added board products.
However, changes in forest practices, stakeholder demands, and general public concern over forest utilization standards make it essential for industry to further reduce its ecological footprint, while continuing to meet the demands from forest products consumers for increasing product quality. Compounded on this is the ever-increasing influx of wood and fibre into the global market place from plantation forests in the Southern Hemisphere and Asia; making it clear that the Canadian forest industry must look to supplement the existing lumber, paper and board products with new high value-added products derived from trees as a means of survival.
Professor Kadla is awarded an NSERC Strategic Network on Biomaterials and Chemicals
