Meeting the growing energy demands in a sustainable fashion is one of the greatest challenges of this century. This projects aims to evaluate a promising renewable energy source: concentrated photovoltaics (CPV). The configuration developed by our partner promises to offer utility-scale solar power at competitive prices, making it a viable alternative. It is based on large steel and glass structures that focus the incident light to reach over 1000x concentration onto a large array of high performance triple junction photovoltaic cells.
The project is focusing on developing a silica breccias product having a superior reactivity that allows this product to be used widely as an alternative supplementary cementing material in cement mixtures. The new developed silica breccias product will be tested for effectiveness as a supplementary cementing material based on the Canadian Standard Association (CSA) test methods prior to acceptance. Tests on other common supplementary cementing material such as fly, ash, silica fume, and metakaolin will also be conducted on counterpart specimens for comparison.
The project is focusing on developing a silica breccia product having a superior reactivity that allows this product to be used widely as an alternative supplementary cementing material in cement mixtures. The new developed silica breccia product will be tested for effectiveness as a supplementary cementing material based on the Canadian Standard Association (CSA) test methods prior to acceptance. Tests on other common supplementary cementing material such as fly ash, silica fume, and metakaolin will also be conducted on counterpart specimens for comparison.
With my research time at Halsall I wish to contribute to a body knowledge that will assist with Halsall’s current needs and future directions. A review of relevant literature on methods and procedures for designing more economical, fire-resistant buildings would serve Halsall by providing them with a reference works with which their design engineers can use to make informed decisions in the choice of how their projects come to fruition.
The research project will investigate and analyze a range of existing site and building conditions that may require upgrading and/or conservation at the existing Leacock Museum, former home of Canadian humourist, Stephen Leacock. The site is a National Historic Site, located in Orillia, Ontario. Research will be focused on: barrier free accessibility; exterior cladding; exterior historic woodwork condition; energy savings; and assessment of the site as a cultural heritage landscape.
