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Summary Of: Coal-fired power plant

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Mohave Generating Station, a 1,580 MW coal power plant near Laughlin, Nevada, out of service since 2005 due to environmental restrictions | | Laughlin, Nevada | fossil fuels | coal | natural gas | petroleum | electricity | combustion | mechanical energy | generator | steam turbine | gas turbine | internal combustion | finite efficiency | cooling tower | flue gas | carbon dioxide | mercury | coal | fuel oil | natural gas | oil shale | oxygen | air | thermal energy | mechanical energy | electrical energy | as of 2004 | US$ | kilowatt | MWe | land | natural resources | labor | thermal power stations | nuclear | geothermal | biomass | solar thermal | complete combustion | nitrogen | flame | oxidized | nitrogen oxides | sulfur dioxide | Second law of thermodynamics | closed-loop cycle | mechanical work | waste heat | absolute temperatures | cogeneration | oil refineries | cement | chemical synthesis | Coal Power Station in Tampa, Florida in the United States. | | Coal fired power plants provide more than 50% of consumed electricity in the United States. This is the Castle Gate Plant near Helper, Utah. | | Castle Gate Plant | Helper, Utah | truck | rail | barge | collier | train | tons | Nanticoke | conveyor belt | diesel-electric | barges | tugboats | towboats | fuel oil | pipeline | tanker | tank car | heavier | conveyor belts | pulverizers | face powder | cyclone | steam | steam turbine | corrosion | water softeners | ion exchange | insulator | conductivity | microsiemens | condenser | Diagram of boiler feed water deaerator (with vertical, domed aeration section and horizontal water storage section | | feedwater heaters | deaerator | hydrazine | oxygen | parts per billion | pH | ammonia | morpholine | acidity | furnace | Pulverized coal | thermal radiation | boiler | °F | °C | psi | MPa | superheat | lignite | Germany | Victoria | North Dakota | water | ash | Heat Recovery Steam Generators | Gas turbine combined-cycle plants | Rotor of a modern steam turbine, used in a power station | | rpm | emergency lighting | communication | temperature | pressure | stator | rotor | copper | magnets | amps | volts | AC | rpm | power grid | hydrogen | heat transfer coefficient | viscosity | windage | carbon dioxide | explosive | oxygen | power grid frequency | Hz | North America | Europe | Oceania | Asia | Korea | Japan | Africa | transformers | Diagram of a typical water-cooled surface condenser | | cycle | shell and tube heat exchanger | surface condenser | absolute pressure | kPa | inHg | vacuum | condensate pumps | A Marley mechanical induced draft cooling tower | | cooling towers | waste heat | MWe | brass | stainless steel | thermodynamic efficiency | sponge rubber balls | radiator | Simplified thermal power station     1. Cooling tower  10. Steam control valve  19. Superheater    2. Cooling water pump  11. High pressure steam turbine  20. Forced draught (draft) fan    3. Three-phase transmission line  12. Deaerator  21. Reheater    4. Step-up Transformer  13. Feedwater heater  22. Combustion air intake    5. Electrical generator  14. Coal conveyor  23. Economiser    6. Low pressure steam turbine  15. Coal hopper  24. Air preheater    7. Boiler feedwater pump  16. Coal pulverizer  25. Precipitator    8. Surface condenser  17. Boiler steam drum  26. Induced draught (draft) fan    9. Intermediate pressure steam turbine  18. Bottom ash hopper  27. Flue gas stack | | Cooling tower | Steam control valve | Superheater | Cooling water pump | steam | fan | Three-phase | transmission line | Deaerator | Transformer | Feedwater heater | Combustion | Electrical generator | Coal | conveyor | Economiser | steam turbine | Coal | Air preheater | Boiler feedwater pump | Coal pulverizer | Precipitator | Surface condenser | Boiler steam drum | fan | steam turbine | Bottom ash | Flue gas stack | Flue gas emissions from fossil fuel combustion | Flue gas desulfurization | flue gas | air preheater | fly ash | nitrogen | carbon dioxide | sulfur dioxide | nitrogen oxides | fabric bag filters | electrostatic precipitators | concrete | citation needed | Flue gas stack at GRES-1 Power Station in Ekibastusz, Kazakhstan | | GRES-1 Power Station | pollutants | stack gas scrubbers | limestone | alkaline | flue gas stack | GRES-2 | Ekibastusz | Kazakhstan | atmospheric dispersion modeling | air pollution | Good Engineering Practice | critical point | water | phase transition | density | Boiling | thermodynamic efficiency | condensate polishers | Supercritical | nuclear power plants | Advanced gas-cooled reactor | Supercritical water reactor | 480 megawatt GE H series power generation gas turbine | | megawatt | Currant Creek Power Plant near Mona, Utah is a natural gas fired combined cycle electrical plant. | | Mona, Utah | gas turbine | heat recovery steam generator | combined cycle | Brayton cycle | Rankine cycle | heat rate | natural gas | fuel oil | peaking | world's power demands | International Energy Agency | acid rain | global warming | air pollution | nitrogen oxides | sulfur dioxide | sulfurous acid | nitric acid | sulfuric acid | World Wide Fund for Nature | List of least carbon efficient power stations | carbon dioxide | climate change | International Panel on Climate Change | IPCC | carbon capture and storage | citation needed | particulates | bag house | electrostatic precipitator | Integrated Gasification Combined Cycle | synthesis gas | mercury | utilities | ores | crust | uranium | thorium | radioactive isotopes | uranium-235 | Clean coal | coal | minerals | gasified | nuclear power | solar power | renewable energies | non-carbon economy | | Energy portal | Wikimedia Commons | Boiler | Coal phase out | Combined heat and power | Cooling tower system | Environmental impact of coal power | Flue gas stacks | Geothermal power | Global warming | Greenhouse gas | Power station | Thermal power station | Water-tube boiler | Mercury vapour turbine | 6 May | 2003 | 10 September | 2006 | Fundamentals Of Stack Gas Dispersion | ISBN 0-9644588-0-2 | IEA | 2004 | 10-26 | ISBN 92-64-1081-73 | 2006 | 06-13 | 2007 | 11-15 | 2008 | 01-29 | 2004 | 08-13 | AAAS | doi | US NRC | ISBN 0-3090-7448-7 | 2006 | 01-18 | 2008 | 01-27 | PDF | United States Environmental Protection Agency | 2008 | 07-31 | doi | ORNL | ISBN 0-9634570-0-4 | ISBN 0-07-141846-6 | ISBN 0-07-139604-7 | ISBN 0-07-019435-1 | Categories | Coal-fired power stations | Fossil fuels | Oil-fueled power stations | Oil shale-fired power stations | Power station technology | All articles with unsourced statements | Articles with unsourced statements since February 2007 | Articles with unsourced statements since July 2008 |
This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Coal-fired power plant".