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![]() ![]() 2007/1 (a) BACKGROUNDER The CANMET Energy Technology Centre (CETC) Ottawa (Bells Corners), OntarioCETC at a glanceThe CANMET Energy Technology Centre (CETC) is one of Canada's premier organizations in the field of energy science and technology. A key research arm of Natural Resources Canada (NRCan), CETC works with private and government partners to develop and deploy leading-edge energy products and processes for virtually all sectors of the Canadian economy. With a staff of about 475 people, CETC maintains world-class science and technology facilities in three locations:
Focus on the Ottawa facilityCETC–Ottawa develops a wide range of environmental energy technologies for applications in the following fields:
Current CETC priorities: Air pollution, greenhouse gas emissionsCETC–Ottawa is currently working to lessen the effects of two of our most pressing environmental challenges: air pollution and greenhouse gas emissions. CETC is directing its efforts at developing three main technologies: clean energy, green solutions for traditional industries and energy efficiency. Clean energy: Renewables, fuel-cell technologyCETC conducts research and development in renewable energy technologies such as wind, solar, small hydro and bioenergy. These sources form an important part of Canada's low-emissions energy mix, and CETC's work helps to ensure their continued availability to industry. Another promising means of generating clean energy is the fuel cell, which produces electricity by combining hydrogen and oxygen. Fuel cells are efficient and reliable, and have no air emissions at the point of use. CETC is now engaged in work at its Ottawa facility with Hydrogenics Corporation, a firm headquartered in Mississauga, Ontario, to demonstrate how this clean technology can provide emergency backup power. The project is up and running and is expected to point the way to a clean alternative to the conventional generators that must now be put to use during power outages. Green technologies for traditional industriesRenewables and fuel cells offer exciting options. However, owing to the continually growing demand for energy in a rapidly industrializing world, Canada must also look to finding environmentally responsible ways to extract and use its traditional energy sources — natural gas, oil and coal. Coal can be made to burn much more cleanly. Clean technologies now in development will enable industry to reduce emissions of sulphur dioxides, nitrogen oxides, CO2, air toxics and particulate matter. Canada, with more than eight billion tonnes of proven coal reserves and the technology to use it more cleanly, is in an excellent position to benefit from this immense energy resource. Ultimately, however, the benefits of clean-coal technologies could well extend far beyond Canada's borders. Industrializing countries are now building coal-fired power plants at an astonishing rate. Canadian technologies are poised to play a leading role in providing a way for industrializing countries to continue rapid economic development without clogging the atmosphere with greenhouse gases and air pollutants. CETC's oxy-fuel vertical combustor, by replacing air with oxygen in the combustion process, is helping to find ways to reduce emissions from burning coal. The core technology, oxy-fuel combustion with CO2 capture, involves burning the fuel in pure oxygen, as opposed to air. The result of this process is a CO2-rich stream that can be easily processed to capture air pollutants and CO2. With deployment of technologies such as the oxy-fuel combustion, as demonstrated in CETC's vertical combustor, Canada can responsibly continue to use its abundant fossil-fuel resources to produce energy and other commodities. Energy-efficient technologiesOne of the largest sources of untapped energy in Canada is the energy we waste. The best way to make use of it is to develop energy-saving technologies. CETC works at developing new technologies and techniques to make our houses and commercial buildings more energy-efficient as well as new approaches to better integrate renewable energy sources. These technologies are also important to Canada's energy-intensive industries such oil and gas, coal, aluminum, steel, paper and chemicals. For example, researchers are learning how waste stack gases from the petroleum industry can be redirected back into operations, reducing both energy costs and greenhouse gas emissions. Through CETC's Flaring Test Facility, the work on flaring (the practice of burning waste gases through tall metal stacks) could significantly lessen the effects of some of the world's most harmful pollutants. An improved flare tip design, developed at this unique facility, stands to reduce methane emissions from solution gas flaring by 33 percent. For more information, media may contact:
Inquiries from the general public - please call: NRCan's news releases and backgrounders are available at www.nrcan.gc.ca/media. |
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