Combined Cycle Power Plants
Application Research of Intake Air Cooling Technologies in Gas Steam Combined Cycle Power Plants in China
... In the 1980s, the fogging cooling system of gas turbine was firstly adopted. Direct inlet fogging is a method of cooling where demineralized water is converted into a fog by means of special atomizing nozzles operating ...
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Process Analysis of Selective Exhaust Gas Recirculation for CO2 Capture in Natural Gas Combined Cycle Power Plants Using Amines
... performed, assuming 53% S-EGR ratio. The results obtained indicate that the net efficiency achieved by the parallel S-EGR system is between 48.6 and 49.3%, depending on the pressure drop across the membrane (~ 10 and 5%, ...
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Modeling and supervisory control design for a combined cycle power plant
... electric power, deregulation of power industry and its associated competition and more strict environmental legislation have given rise to increasing interest in Combined Cycle Power ...
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Recuperated gas turbine integrated with the PFBC combined cycle power plant
... modem power plants, with lower ecological hazards, can also contribute to the energy market ...FBC power plants based on the Rankin steam turbine cycle have relatively low ...(PFBC) ...
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Prediction of Electrical Output Power of Combined Cycle Power Plant Using Regression ANN Model
... electricity. Power provided from power plants fluctuates through the year due to many reasons including the environmental ...thermodynamic power plants using mathematical mod- els ...
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Risk Assessment On Combined Cycle Power Plant Mechanical Maintenanance
... Power plants are much safer than they once were; however, employees still encounter hazards. In order to operate without a threat to the employee and the environment, it is undeniably essential to have a ...
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PSS Tuning of the Combined Cycle Power Station by Neural Network
... thermoelectric plants are benefit by the combined cycle technology that better use the natural gas advantage and consequently to increase the income of ...
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Thermodynamic Modeling and Optimization of a Dual Pressure Reheat Combined Power Cycle
... Figure 8 compares the exergetic losses of cycle components in percent of standard chemical exergy of fuel. The second low evaluation is useful to identify the major losses to focus the attention on the weak areas ...
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10 Environmental Innovations in Harmony of Sustainable Electricity Generation: An Experience of Combined-Cycle Power Plant of Priok, Indonesia
... a power generation company experience on non-renewable energy management within environmental preservation and ...for Plants Watering; (8) Replacement of NaOCl as Water Biocide in Water Intake of CCPP 1-2; ...
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Process Simulation of a 620 Mw Natural Gas Combined Cycle Power Plant with Optimum Flue Gas Recirculation
... in Combined Cycle plants operate at high pressure (HP) ...steam cycle contains a high pressure (HP) steam (173 bars, 600˚C), an intermediate pressure (IP) steam (65 bars, 565˚C), and a low ...
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Determining Reliability Parameters for a Closed-Cycle Small Combined Heat and Power Plant
... independent power sources (particularly, small CHP ...independent power sources are often the optimal way to supply energy to remote destinations of crude hydrocarbon ...such power facilities suffer ...
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Optimization of Output Steam Quality of a Steam Turbine in a Combined Cycle Power Plant
... Thermal power plants are more common in many parts of energy production ...system combined cycle power plant with steam generator heat recovery dual ...
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Heat Transfer Enhancement in Condensers in Steam Turbine Based Combined Heat and Power Plants
... transfer coefficient on the steam side of the condenser’s tubes significantly increases thanks to the hydrophobization of the external surfaces of the condenser’s tubes. This effect is due, first of all, to the decrease ...
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Process Design and cost Analysis of Captive Power Plant While Converting it in to a Combined Cycle
... stationary power plants to generate electricity as stand-alone units or in conjunction with steam power plants on the high-temperature ...these plants, the exhaust gases of the gas ...
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Exergy Analysis of Gas Turbine – Fuel cell based combined Cycle Power Plant
... A hybrid system consisting of Gas turbine and SOFC achieves electrical efficiencies (>60%) that are comparable to other large combined power plants. High temp fuel cells like SOFC, MCFC have much ...
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Research Paper: The Impact of Safety Programs on Accident Indicators in a Combined Cycle Power Plant
... bined cycle power plants or at least, their reports has not been ...a combined cycle power plant before and after the IMSs ...
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A Gasification Technology in Biomass and Coal Based Integrated Gasification Combined Cycle Power Generation System: A Review
... Gasification is a thermochemical conversion process whereby carbonaceous materials (coal particle, oil shale, tire crumbs, municipal solid waste, etc.) undergo partial oxidation at a considerably high temperature to ...
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Power System Modelling and Analysis of a Combined Cycle Power Plant Using ETAP
... generated power is sold or supplied to various customers and not for its own ...use. Combined cycle power plant is a type of captive power plant and it is the combination of steam ...
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Parametric Analysis of Combined Cycle Power Plant Using Inlet Vapour Compression Cycle
... (GT) power plants operating in arid climates suffer a decrease in output power during the hot summer months because of insufficient ...Brayton cycle coupled to a refrigeration cycle ...
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PSS Design of the Combined Cycle Power Station (CCPS)
... the combined cycle thermoelectric plants had started to gain greater force in Brazil, which had mainly to the technological evolution and the gas-lines mesh’s ...
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