Bringing dinosaurs into the 2020s: considering current visitation and future virtual tourism possibilities for the Tumbler Ridge Museum and Geopark (BC)

1) Carry out research on existing and potential visitation to Tumbler Ridge with respect to current offerings and to potential Virtual Tourism Experience (VTE)s. Zhang and Meletis will work to conduct a visitor survey-based project during the summer of 2022. They will generate new demographic profiles and qualitative and quantitative data on tourist motivations, experiences, […]

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Financial Analyst

The main goal of the project is to design and implement a new and improved financial and technical analysis strategy that would use historical trading protocols of the past 20 years. This would be done by researching how the knowledge of the operators can be codefide, automated, and integrated into the current technology platforms being […]

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Broad-scaled Avian Biodiversity Assessment with Passive Acoustic Monitoring and Artificial Intelligence

Many bird species are highly vocal, and this provides opportunities to monitor avian biodiversity by acoustic surveys. In recent decades, the use of Autonomous Recording Units (ARUs) has gained popularity as a mechanism to census birds through passive acoustic monitoring. Further, automatic algorithms for identifying bird species by their vocalizations have been developed to improve […]

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Experimental and Numerical Investigation on Novel Connection System for Cross-Laminated Timber Floors

In the move towards a sustainable built environment, timber structures are experiencing a renaissance in the building industry. Mass timber panels, primarily cross-laminated timber (CLT), are gaining increasing interest from builders and designers due to their lightweight, great dimensional stability, prefabrication, and aesthetic appeal. The CLT floor system resists both gravity loads such as dead […]

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Optimization and value determination of products attained from wood waste materials through a novel dewatering and lignin extraction process.

Bridges Environmental Solutions Inc has developed a novel and low cost process for dewatering wood and waste wood materials and extracting a lignin-based solution useful in subsequent wood reforming and laminating processes, which they have helped develop. They use this lignin product to both chemically modify cellulose structures and permanently reform wood for improved mechanical […]

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Prediction of Spatio-temporal Permeability in Granular Suffusive Soils Using Discrete Element Modeling

Water retaining structures such as earth dams hold majority of country’s water resources, and are the lifeblood of our community and agricultural economy. An unseen and yet critical phenomenon threatening the stability of these structures is internal erosion, which is responsible for about 46% of all embankment dam failures. The risk management related to volumetric […]

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Growing high-yield, healthy plants using root-zone dissolved CO2 enrichment system: impact of varying degrees of dissolved CO2 addition on plant growth in controlled growth conditions.

Many industrial hydroponic growers supplement their greenhouses with additional CO2 to improve crop yields. Elevated levels of CO2 can increase rates of photosynthesis and dry-matter accumulation. Greenhouse operators, therefore, often inject extra CO2 (up to 700-1500 ppm) into the aerial environment to improve their crop yields. However, enhancing CO2 levels in commercial greenhouses can incur […]

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Engineered clay as a novel phosphorus (P) sorbent

Fort Nelson & its surrounding area have been devastated economically by recent changes to their Gas Industry leaving more than 1000 well sites abandoned and not restored. Currently, the area is looking to explore other natural resources in an attempt to save their livelihoods. A previous MITACs partnership with Mindbody Networks Inc. (2018-2020) revealed several […]

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Development of a pilot-scale system to demonstrate the feasibility of hydrogen production using a combined water electrolysis and wastewater treatment modular plant

This project aims to demonstrate the feasibility of a novel system for an efficient and environmentally friendly wastewater treatment plant to produce clean water and hydrogen production as a clean fuel. Hydrogen, as an important energy carrier, is a part of Canada’s energy transition towards net-zero emission and an important asset in Canada’s fight against […]

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Development and production of a plant-based foam packaging material for Seafood Industry

The British Columbia aquaculture industry sends 3-4,000,000 Expanded Polystyrene (EPS Styrofoam) fish boxes to market annually. Globally, wild and farmed combined, circulate tens of millions annually. Food industry including Sea-food packaging is one of the largest producers of package waste in landfills, and this has driven the need for a recyclable/biodegradable packaging as a replacement […]

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Development of novel adsorbent from foam glass for nutrient recovery from industrial and municipal wastewater effluents: steps towards commercialization.

Future scarcity of phosphorus supply, increasing cost and issues of eutrophication are potential drivers promoting nutrient recovery from wastewaters. The proposed project aims to develop cheap and environmentally friendly technology for the recovery of phosphorus and nitrogen from municipal, agricultural, dairy, food processing, petrochemicals, and biomass processing industries wastewaters. Successful completion of the project will […]

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