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BPI’s research takes place in many facilities across UBC’s campus including many state-of-the-art research labs and centres:
Advanced Materials and Process Engineering Laboratory (AMPEL)
AMPEL is a vibrant place for research in Advanced Materials and Process Engineering with cutting edge research that coalesces from the theoretical nanofibre physical properties to the production of advanced composites.
- The central facilities consist of:
- Surface and Interface Analysis Laboratory with various forms of electron and ion beam spectroscopy.
- High head area for process engineering experiments. The high head area provides laboratory space for large scale experiments such as casting of metals and alloys, preparation of ceramics, plasma spray oxide coatings, fluidization, and a steel run out mill.
- Nanofabrication and Cleanroom facility with apparatus for electron beam and optical lithography, thin film coating methods, electronic device fabrication.
- Machine Shop facility (co-sponsored by ICICS), consisting of an NC-equipped Machine Shop and a Small Tools Shop with versatile modelmaking capabilities.
- Metallurgical materials testing laboratory with facilities.
- Electron microscopy facility with scanning electron microscopes, transmission electron microscopes.
Bioenergy Research and Demonstration Facility (BRDF)
The system, fueled by biomass, creates synthesis (syn) gas that is then burned, in raw form, to produce steam or conditioned to create ultra clean syn gas that is injected into an internal combustion engine used to generate electricity.The system provides heat and power to The University of British Columbia’s Vancouver campus. It facilitates research to develop feedstock (fuel) and process innovations, set new global standards for performance and emissions and lowers the campus’s greenhouse gas emissions (GHGs) and fossil fuel consumption. The Bioenergy Research and Demonstration Facility, is a partnership between UBC and two of the world’s leading developers of green technology – Vancouver-based Nexterra Systems Corporation and GE Energy. The facility is a “Campus as a Living Laboratory” project integrating UBC’s core academic mandate (research and teaching) with the University’s infrastructure and business operations. UBC is committed to taking advantage of its unique capacity for research and problem solving to embrace and deploy leading-edge technology and concepts using the campus infrastructure as a real-world demonstration and testing lab.
Centre for Advanced Wood Processing (CAWP)
CAWP was created, in consultation with the University’s Forestry Advisory Council, with input from the National Education Initiative on the Canadian Wood Processing Industry (NEI), to address the need for advanced technical and managerial training for the value-added wood products manufacturing sector. CAWP is an interdisciplinary initiative administered by the Department of Wood Science, Faculty of Forestry, in collaboration with the Faculty of Applied Science at The University of British Columbia.
CAWP’s mission is to offer training and technical assistance to promote the success and sustainable growth of Canada’s value-added wood products manufacturing sector.
Clean Energy Research Centre (CERC)
CERC’s multi-disciplinary approach is dedicated to developing knowledge and solutions that will reduce the environmental impact of the use of energy, and ensuring sustainability of energy supply and use.
CERC provides state-of-the-art research facilities in a recently-completed building for the investigation of clean energy problems; the focus has grown to include energy demand, energy supply, conservation and efficiency.
A total of nine laboratories makes up CERC, they are:
- High Headroom Lab
- Fuel Cell Lab
- Clean Combustion Lab
- Clean Burning Engines Lab
- New Fuels from Biological Processes
- Reducing Energy Losses Lab
- Gas Hydrate Technologies Lab
- Renewable Energy Lab
- New Methods for Hydrogen Generation
Michael Smith Laboratories (MSL)
Fundamental to the success of the MSL has been the establishment of internationally recognized research programs by our faculty members in several areas: medical and animal molecular genetics/biology, plant and forest molecular genetics/biology, bioprocess engineering, chemical biology, proteomics, micro-fluidics, bioinformatics and statistical genomics.
The exceptional breadth of expertise among Michael Smith Laboratories faculty reaches from tissue engineering to medical diagnostics, and explores organisms as diverse as bacteria, worms, mice and trees. This powerful blend of strengths and resources creates unique opportunities for cross-disciplinary approaches to the full range of exciting biotechnology issues. Many of the faculty are highly regarded leaders in their field, garnering numerous national and international awards.
- Nucleic Acid Protein Service Unit (NAPS)
- Proteomics Core Facility
- BioThermodynamics Core Facility
- Michael Smith Genome Sciences Centre
Pulp and Paper Centre (PPC)
The PPC is an inter-disciplinary, cross-faculty research centre with specialized laboratories and high-head piloting facility for those who conduct research for the benefit of the current and future pulp and paper industry. The centre serves to bring together faculty and student researchers to work collaboratively with the manufacturing industry, utilities, supplier industry, consultants and government agencies. The centre also serves as a point of entry for industry looking for innovative solutions, new technology, future employees and training programs. The Centre supports competitiveness and transformation through research and development, education and training, and through demonstration of new technology in their pilot facilities and mill trials.
The Centre contains several specialized laboratories including:
- Pulp quality evaluation lab (FQA and Microscopy, Wet Lab and Paper test lab)
- Low Consistency Refining Facility
- Pulp screening research facility
- Advanced Fibre Lab
- Papermaking Chemistry Lab