Water use, land use and climate change can alter hydrology and effect the downstream availably of water and timing of flows. The Athabasca River is vital for supply of oil sands energy development and in-stream aquatic habitats. Much of the water for the river originates in the Mountain and Foothills Regions, in the Upper Athabasca. The Foothills Region is busy landscape with, forestry, natural forest disturbance, and upstream oil and gas developments. WaterSMART is developing a multi-stakeholder project in hopes to inform decision making.
The objective of this research will be to evaluate the ability of a rebar coating strategy to resist chloride induced corrosion and to test its efficacy in mitigating concrete corrosion in potash mill environments. This research project involves a collaboration between academics and the potash industry under the guidance of the International Mineral Innovation Institute (IMII). The academic research team will be able to supply the partner organizations with highly trained HQP with expertise in corrosion and materials science.
This project corresponds to a study of utilization of assets at the New Afton mine, in Kamloops, BC. With the collaboration of New Golds conglomerate and Thompson Rivers University this will collect sufficient data internally and by comparing it with publicly related information of similar companies and using statistical tools and optimization models, will provide recommendations that can be used in the whole mining sector.
Using solids to trap carbon dioxide is an alternative to the conventional and expensive solution based method. The Shimizu group at the University of Calgary has developed an outstanding candidate solid for CO2 capture from flue gas streams based on laboratory studies. This proposal will expand the experience of three interns to bridge science to process and system level engineering while offering expanded professional experience through networking with Bow Valley Innovations, the patent licensee, and their partners.
The use of water sources with high silica concentration has proven to be a major challenge for the operation of steam boilers. Despite advances in conventional technologies, high silica water (>150 mg/L) continues to have a major impact on the operation and efficiency of boilers mainly due to silica deposit, which reduces heat transfer.
This project will investigate the behavior of tannins as a function of colloidal silica concentration, pH, and salt concentration, using photometric dispersion analyzer (PDA) and dynamic light scattering (DLS).
This project will be with ANPI Canada Inc., a Canadian company focused on essential oil extract from softwood in Bolton, Ontario. Presently, ANPI uses various extraction techniques for isolation of essential oils particularly cedar oil from cedar leaves, branches, and mulch. These essential oils have applications in the food, flavor, fragrances, and pharmaceutical industries. ANPI have found that their current extraction methods do not provide a suitable yield of cedar oil.
Regardless of the numerous fishing opportunities, and cultural and historical significance of fishing in British Columbia, the number of freshwater fishing licenses sold to residents has been declining. Many British Columbia anglers are lapsed, meaning that they do not purchase a license every year. A better understanding of these anglers, and the difference between them and avid anglers (who purchase licenses yearly) will help Freshwater Fisheries Society of British Columbia to make regular fishing more attractive and accessible to different types of anglers.
The Aerosan Urine-Diverting Dry Toilet is a dry toilet with urine diversion that is designed to be deployed in the field for humanitarian aid and to provide safe and affordable sanitation in a variety of settings worldwide. This source-separated urine contains almost 80% of the nitrogen, 60% of the potassium and 55% of the phosphorus that humans excrete, and these are the main minerals required by plants.
The sustainable use of forest- and agriculture-based resources to produce clean fuels and value-added chemicals is an opportunity to reduce greenhouse gas emissions generated by non-renewable fossil fuels. Glycol, a valuable industrial chemical, can be derived from sugars that originate from agricultural and forest waste and byproducts using a catalytic process. S2G Biochem, located in Vancouver, is working to develop and demonstrate technology to convert sugars and polyols to glycols.
The intern will develop a multi-year model of a biomass supply chain for Manitoba, which will comprise the back end for a web based Bio-Economy Atlas tool. The tool will create feasibility level assessments of the volume, consistency, variability, accessibility and logistics costs of the biofuel resource in Manitoba, including both conventional sources, such as agricultural residue, and unconventional sources, such as riparian biomass and cattails.