Merritt Green Energy Feasibility

The focus of this project with NyFound Energy Services Inc., a developer of mid-sized clean heat, power, and energy utilities in western North America, revolves around the use of wood waste produced by the local sawmills in Merritt to produce electricity and the potential to also capture waste heat to supply dryers used at the sawmills, community buildings, greenhouses, and/or a wood pellet manufacturing plant. The use of wood waste would displace some or all of the natural gas currently used for drying purposes in the dry kilns and for provision of space heating.

Liability to Electricity - BC Foothills Geothermal Energy

CanGEA - the Canadian Geothermal Energy Association - is a non-profit association encouraging research, exploration and development of high temperature geothermal energy resources in Canada. Geothermal energy is a renewable, reliable source of electricity and heat. Geothermal power sources produce long term revenues with no fuel costs and no emissions. Thus, the purpose of this project is to investigate the possibility of generating environmentally-friendly electricity from abandoned gas and oil wells in the Canadian Foothills in eastern BC.

Modelling the Wave Climate of Vancouver Island Using Multi-Directional Wave Buoy Data

SyncWave Energy Inc (SEI) is a domestic developer of wave energy conversion technology. In 2008, SyncWave aims to deliver small commercial SyncWave Power Resonators (SPR) for generating electricity in isolated communities and off-shore installations. SEI is collaborating with University of Victoria researchers to deploy a TRIAXYS™ Directional Wave Buoy to obtain a wave spectra representative of the deployment location. The field data will then be used to determine which of the various theoretical wave spectra are most appropriate for the Vancouver Island wave climate.

Application of a Computational Fluid Dynamics and Experimental Approach to Fuel Cell Humidifier Optimization

The operation of a fuel cell to produce electricity requires a number of components outside the fuel cell stack itself. One key component is the humidifier. Proper operation of a Proton Exchange Membrane fuel cell requires a certain humidity level to be maintained in the membrane(s) present in the stack; the humidifier fulfills this requirement by transferring moisture from the exhaust gas stream to the inbound fuel, as well as increasing efficiency by preheating the fuel with waste heat in the exhaust.

Computer Modelling of DC Plasma Torches with Draught Air in a Gasification Reactor

The use of plasma torches enables the gasification of waste into clean energy without producing any secondary residue. Because of the extremely high temperatures produced by plasma torches (more than 5,000 to 10,000 degrees Celsius depending on the type of gas used), the design of plasma torches and reactors presents new technological challenges to designers. Computer modelling of the plasma jet and gasification reactor will provide the basic data required for designing new equipment.

System Equivalent for Real-Time Digital Simulator

RTDS Technologies Inc is the manufacturer of RTDS® Simulator, which is a fully digital, wide-band real-time simulator for the power industry. The size of the RTDS hardware and subsequently its monetary cost is proportional to the size of the modelled system. The goal of the intern’s research is to develop an efficient yet accurate equivalencing method for the RTDS® Simulator to reduce the hardware cost of the real-time simulation of a large power system.

Numerical Modelling of a Gasifier Biomass Bed

Vidir Machine Inc. is a manufacturer of custom agricultural and industrial machinery in rural Manitoba with a keen interest in green energy and environmental applications. Thus, a gasifier bed model will be developed to predict the oxidizing reactions occurring inside a straw gasifier. This model will then be integrated into an overall gasifier model to predict the process parameters inside a two-stage gasifier. This model will be used to optimize the air control system and provide a method to develop a feedback control loop on the primary and secondary air system.

Optimization of the SyncWave Power Resonator

SyncWave Energy Inc (SEI) is a domestic developer of wave energy conversion technology. In 2008, SyncWave aims to deliver small, commercial SyncWave Power Resonators for servicing isolated communities and offshore installations. In parallel with experimental of the first prototype unit, named CHARLOTTE, SEI is collaborating with UVic researchers on the development of a tuning device named SWELS.

Increasing the Efficiency of Light Emission in Signage Applications

Carmanah Technologies Corporation (CTC) manufactures and sells advertising and roadway sign products to various industries throughout North America. These products are fluorescence-based and light emitting diode-based devices. CTC wishes to further improve its current product offering by using optimization techniques and numerical simulations of the lighting systems. The optimization is to be done within industrial constraints to improve overall beam-steering and uniformity of back-lit sign illumination

A Mathematical Model Describing the Dissociation of Natural Gas Using Non-thermal Plasma at Atmospheric Pressure

Non-thermal atmospheric pressure plasmas have been studied for a variety of industrial applications such as pollution control, volatile organic compounds (VOCs) removal, car exhaust emission control and polymer surface treatment. For decades, non-thermal plasmas have been used to generate ozone for water purification. Non-thermal plasmas may be produced by a variety of electric discharges or electron beams. The basic feature of these technologies is that they produce plasmas in which the majority of the electrical energy goes into the production of energetic electrons.

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