The enhanced use of numerical methods for reservoir description using well test and production data

Many reservoir engineering studies are based on simplified equations to analyze the production data. However, in many situations such as shale gas reservoirs, these approaches cannot provide the accurate results in presence of non-homogeneous complexities. This project is aimed to use numerical simulation and novel workflows to tackle the limitations of the current analytical methods. These studies are performed using a state-of-the-art reservoir simulation (tNavigator by Rock Flow Dynamics).

Real Time Monitoring of Water Content in Reclaimed Mine Waste using Cone Penetration – Time Domain Reflectometry

The research includes the development of a device that will measure the water content in soils. This device will be pushed into the soil and will provide a reading related to the volume of water stored within the soil. The device senses the dielectric properties of the soil, properties that are strongly controlled by the volume of water within the soil. The device is advanced into the soil using a conventional geotechnical engineering investigative test called a cone penetration test.

Cost Analysis of Smart Energy Network at residential to community levels: integration of natural gas, electricity and heat with end-use devices

There is growing pressure from intergovernmental organizations, governments and consumers to reduce the quantity of greenhouse gases being released into the atmosphere. Investments in green technology such as renewable energy sources, battery technology and carbon capture and sequestration can often yield significant reductions in carbon emissions. However, the corresponding economic costs of these projects can regularly result in a balancing act between environmental benefit and affordable energy consumption. Smart Energy Network, SEN, systems could provide a solution to this dilemma.

Impacts of hydroelectricity production on aquatic ecosystems: Development of key environmental indicators for Life Cycle Assessment (LCA) approach - Year two

In boreal and temperate regions, dams are mainly constructed to provide ecosystem services such as hydroelectricity
production. River impoundment and the alteration of natural hydrological regimes are suggested to be major disturbances to aquatic ecosystems. To meet long-term environmental objectives for sustainable development, Hydro-Quebec recently adopted the Life Cycle Assessment (LCA) approach. LCA is an ISO standardized approach assessing the potential environmental impacts of product, services and processes throughout its entire life cycle.

Thermal and fluid Flow Analysis of Innovative

With increasingly more stringent emission standards as well as higher fuel economy requirements for modern vehicles, the need for improved or new catalytic converter technologies continues to grow. A new generation of catalytic converters, designed and patented by Vida Fresh Air Corp., offers improved thermal management of the converter over traditional catalytic converters resulting in improved emissions and fuel economy as well as reduced cost.

Unaccounted for mobile phones in the province of British Columbia

While we know how many mobile phones get recycled through the Recycle My Cell program in Canada, we know much less about the ones that don’t make it into these type of take-back programs. Over the past few years academic research on the topic of mobile phone waste has increased dramatically, although a recent study shows that only about 6% of this research has focused on the North American market.

Monitoring, Tracking, and Reporting of Sustainability Impacts

Quantifying Economic, Environmental and Social Sustainability Impacts of organizations and initiatives is challenging, particularly for the environmental and social legs. Enviro-Stewards recently introduced a shared savings based project approach in addition to its conventional (lump sum) based service approach.

Developing spatial and participatory resolutions for the Canadian Aboriginal housing crisis

The Aboriginal housing situation in Canada is in crisis with a lack of culturally and environmentally appropriate housing. A Participatory Approach towards Housing Solutions (PATHS) Framework has been developed that recognizes and visualizes the strengths and limitations of communities, and assesses pathways with which they may achieve their housing goals. Communities are actively engaged in order to identify their aspirations and translate them into measurable indicators and associated capitals.

The effect of fire cycle and fire severity on the presence of black spruce, jack pine, and trembling aspen in the boreal forest of Canada in the context of climate change

Projected climate change is expected to alter fire regimes across the boreal forest, which in turn will affect forest community structure, composition and diversity. The intern will examine the effects of changes in climate, and by extension, fire cycle, on the presence of three most common tree species in the boreal forest of Canada. Specifically, he will be tasked with developing a model capable of simulating the presence of black spruce, jack pine, and trembling aspen under varying fire cycles.

Scale-up of Bioaugmentation Cultures and Development of Delivery Strategies and Monitoring Tools for Anaerobic Benzene and Alkylbenzene Bioremediation

The overall objective of this project is to scale up and demonstrate the utility of novel bioaugmentation cultures for BTEX compounds, and associated diagnostic tools to properly deploy the technology. The intern will lead the project team to develop gene-based biomarker tools applicable to the bioaugmentation cultures and apply these tools to samples submitted from bench scale treatability testing and real world field samples.