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flame research (1) particulate matter (1) coal combustion (1) combustion processes (1) utility boilers (1) test facility (1) pilot scale (1) thermal plasma (1) fine particulate matter (1) combustion technologies (1)
Searched in: All > Clean Fossil Fuels
Other related topics: Carbon Capture & Storage, Combustion Systems Optimization, Fuels and Emissions Assessment, Gasification, Industrial Combustion Processes, Integrated Multi-pollutant Control
24 Results
Publication - Pulverized Coal Combustion
CETC Number 2008-36 / 2008-06-11 Abstract With Canadian industries and utilities looking to improve the performance of their combustors by switching or blending coals, CanmetENERGY recognizes the increasing importance of coal in our domestic energy requirements, and accordingly supports research that promotes the economically and environmentally responsible use of coal. See HTML Version of Document Download Full Document (, 158,4 KB) Flame Profiling ...
CETC Number 2008-36 / 2008-06-11 Abstract With Canadian industries and utilities looking to improve the performance of their combustors by switching or blending coals, CanmetENERGY recognizes the increasing importance of coal in our domestic energy requirements, and accordingly supports research that promotes the economically and environmentally responsible use of coal. See HTML Version of Document Download Full Document (, 158,4 KB) Flame Profiling ...
Publication - Flame Research Tunnel Furnace
CETC Number 2008-23 / 2007-11-28 Abstract CanmetENERGY’s flame research tunnel furnace, was conceived as a versatile facility for the study of combustion aerodynamics, burner performance, and the characterization of pollutants in relation to flame properties and of heat transfer from flames. The furnace, designed for a thermal input of 0.7 MW (2.5 GJ/h), is 4.25 m long and one metre in diameter. See HTML Version of Document Download Full Document (, 160,8 KB) ...
CETC Number 2008-23 / 2007-11-28 Abstract CanmetENERGY’s flame research tunnel furnace, was conceived as a versatile facility for the study of combustion aerodynamics, burner performance, and the characterization of pollutants in relation to flame properties and of heat transfer from flames. The furnace, designed for a thermal input of 0.7 MW (2.5 GJ/h), is 4.25 m long and one metre in diameter. See HTML Version of Document Download Full Document (, 160,8 KB) ...
Publication - New Measurement Methodology for Fine Particulate Matter
CETC Number 2008-32 / 2007-04-19 Abstract Background The 2000 Canada Wide Standards for particulate matter (PM) and ozone introduced for the first time limits for ambient concentrations of very fine particulate matter, known as PM 2.5 and PM 10 . These are the particles with aerodynamic diameters less than 2.5 mm and 10 mm, respectively. They are also included in the Priority Substances List (PSL) and the Criteria Air Contaminants list of the National Pollution Release Inventory ...
CETC Number 2008-32 / 2007-04-19 Abstract Background The 2000 Canada Wide Standards for particulate matter (PM) and ozone introduced for the first time limits for ambient concentrations of very fine particulate matter, known as PM 2.5 and PM 10 . These are the particles with aerodynamic diameters less than 2.5 mm and 10 mm, respectively. They are also included in the Priority Substances List (PSL) and the Criteria Air Contaminants list of the National Pollution Release Inventory ...
Publication - Gasification Research
CETC Number 2008-26 / 2007-04-16 Abstract CanmetENERGY houses Canada’s foremost R&D facility in the field of gasification. Gasification technologies represent the next generation of solid feedstock based energy production systems. Gasification breaks down virtually any carbon based feedstock into its basic constituents. This enables the separation of pollutants and greenhouse gases to produce clean gas for efficient electricity generation, production of chemicals, hydrogen and clean ...
CETC Number 2008-26 / 2007-04-16 Abstract CanmetENERGY houses Canada’s foremost R&D facility in the field of gasification. Gasification technologies represent the next generation of solid feedstock based energy production systems. Gasification breaks down virtually any carbon based feedstock into its basic constituents. This enables the separation of pollutants and greenhouse gases to produce clean gas for efficient electricity generation, production of chemicals, hydrogen and clean ...
Publication - Integrated Emissions Control
CETC Number 2008-27 / 2007-02-22 Abstract CanmetENERGY new collaborative program on integrated control of combustion emissions addresses the most cost effective energy efficient means of meeting current and anticipated environmental requirements. The Clean Electric Power Generation Group (CEPG) provides state-of-the-art testing services and innovative technology solutions to help industry meet today’s regulations for SO x , NO x and particulate control, while selecting technologies ...
CETC Number 2008-27 / 2007-02-22 Abstract CanmetENERGY new collaborative program on integrated control of combustion emissions addresses the most cost effective energy efficient means of meeting current and anticipated environmental requirements. The Clean Electric Power Generation Group (CEPG) provides state-of-the-art testing services and innovative technology solutions to help industry meet today’s regulations for SO x , NO x and particulate control, while selecting technologies ...
Publication - Fluidized Bed Combustion
CETC Number 2008-25 / 2006-10-30 Abstract Fluidized Bed Combustion (FBC) is one of the most promising energy conversion options available today. FBC combines high-efficiency combustion of low-grade fuels with reduced emissions of sulphur and nitrogen oxides (SOx and NOx). CanmetENERGY’s test facilities are available to assist in the development of FBC systems to burn a variety of fuels in an efficient and environmentally friendly manner. See HTML Version of Document Download ...
CETC Number 2008-25 / 2006-10-30 Abstract Fluidized Bed Combustion (FBC) is one of the most promising energy conversion options available today. FBC combines high-efficiency combustion of low-grade fuels with reduced emissions of sulphur and nitrogen oxides (SOx and NOx). CanmetENERGY’s test facilities are available to assist in the development of FBC systems to burn a variety of fuels in an efficient and environmentally friendly manner. See HTML Version of Document Download ...
Publication - Computer Modelling of Combustion Processes
CETC Number 2008-20 / 2006-03-28 Abstract State-of-the-Art Simulations of Combustion Processes A sophisticated combustion simulation capability is available to serve industrial needs. This modelling capability can be used to predict in service performance of combustion equipment: combustion characteristics, NOx emissions, fuel consumption, heat transfer and fluid flow. CanmetENERGY is committed to the advancement of combustion simulation technology through collaboration with the ...
CETC Number 2008-20 / 2006-03-28 Abstract State-of-the-Art Simulations of Combustion Processes A sophisticated combustion simulation capability is available to serve industrial needs. This modelling capability can be used to predict in service performance of combustion equipment: combustion characteristics, NOx emissions, fuel consumption, heat transfer and fluid flow. CanmetENERGY is committed to the advancement of combustion simulation technology through collaboration with the ...
Publication - Simulation and Design
CETC Number 2008-39 / 2006-03-17 Abstract CanmetENERGY is a centre of excellence for the simulation and design of combustion and energy systems. Projects focus on: Analysis of novel energy cycles Development of heat and mass balance flowsheets Optimization of energy efficiency Reduced emissions Process design development Control strategy development See HTML Version of Document Download Full Document (, 198,3 KB)
CETC Number 2008-39 / 2006-03-17 Abstract CanmetENERGY is a centre of excellence for the simulation and design of combustion and energy systems. Projects focus on: Analysis of novel energy cycles Development of heat and mass balance flowsheets Optimization of energy efficiency Reduced emissions Process design development Control strategy development See HTML Version of Document Download Full Document (, 198,3 KB)
Publication - Rotary Kiln
CETC Number 2008-38 / 2006-02-09 Abstract CanmetENERGY’s pilot-scale rotary kiln is ideally suited for process improvement studies: Waste combustion, and Hg emissions Minerals roasting, sintering, and calcining Thermal drying of solid fuels, slurries,and concentrates Using the rotary kiln (Fig.1), CanmetENERGY conducts research for its clients to : Evaluate the performance of equipment, eg. natural gas and heavy fuel oil burners, biofuel etc. ...
CETC Number 2008-38 / 2006-02-09 Abstract CanmetENERGY’s pilot-scale rotary kiln is ideally suited for process improvement studies: Waste combustion, and Hg emissions Minerals roasting, sintering, and calcining Thermal drying of solid fuels, slurries,and concentrates Using the rotary kiln (Fig.1), CanmetENERGY conducts research for its clients to : Evaluate the performance of equipment, eg. natural gas and heavy fuel oil burners, biofuel etc. ...
Publication - Clean Electric Power Generation (CEPG)
CETC Number 2008-19 / 2005-12-16 Abstract The Clean Electric Power Generation (CEPG) Program is Canada's centre of excellence for the development of efficient stationary combustion processes and pollution abatement technologies to support industrial development both nationally and internationally. In Canada, combustion of hydrocarbons provides approximately 80% of the energy used in stationary power generation equipment. Because fossil fuels will continue to play a vital role in ...
CETC Number 2008-19 / 2005-12-16 Abstract The Clean Electric Power Generation (CEPG) Program is Canada's centre of excellence for the development of efficient stationary combustion processes and pollution abatement technologies to support industrial development both nationally and internationally. In Canada, combustion of hydrocarbons provides approximately 80% of the energy used in stationary power generation equipment. Because fossil fuels will continue to play a vital role in ...
