Steam Turbines Applications in Canada
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Gas monitoring for power generation applications
Thermal power generation involves the combustion of a fuel to raise steam and drive a turbine to produce electricity. AMETEK Land provides the high-performance temperature measurements, emissions monitoring and safety systems demanded by this industry. High-accuracy measurements of temperature and flue gas composition are essential in optimising the combustion process, regardless of fuel used. Our instruments also help control pollution, and provide essential safety monitoring. With more than 60 years’ ...
By AMETEK Land Instruments International Ltd Distributor in , ALBERTA (CANADA).
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Reciprocating Engine Generators Application Note
Reciprocating Engine Generators are a trusted method of providing reliable electric power for small-to medium-scale operations.Driven by the benefits of lower costs and risks, gas-powered reciprocating engines are increasingly being used in place of combined-cycle gas turbine power plants.While the reciprocating engines deliver greater flexibility, especially with regards to the use of renewable fuels such as biogas, they still require precise gas monitoring to ensure emissions limits are met.AMETEK Land’s ...
By AMETEK Land Instruments International Ltd Distributor in , ALBERTA (CANADA).
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Borescope for Power Generation and Turbine Components Inspection
Turbines and generators are essential pieces of machinery that need to be adequately maintained and repaired to ensure maximum service life and safety. Non-destructive remote visual inspection with a video borescope is a cost-effective and efficient way to inspect without having to disassemble a turbine. Steam and gas turbines run at extremely high pressures, and they need to be kept in good mechanical shape to do their jobs ...
By Fiberscope.net by Medit Inc. based in Winnipeg, MANITOBA (CANADA).
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Energy efficiency and emission reduction solutions for pulp and paper industry
Typical paper mills use most of their energy in the drying process. In fact some 60% to 80% of a paper mill’s energy can be used for drying of the product. Our FLU-ACE heat recovery technology can recover as much as 90% of the heat normally lost through dryer section / hood exhausts in the form of water at 50°C to 70°C. This is possible using the FLU-ACE’s unique direct contact (gas/liquid) packed-tower design, enabling optimal recovery of both sensible and latent heat, in widely varying ...
By Thermal Energy International Inc. based in Ottawa, ONTARIO (CANADA).
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