Gas Powered Turbine Articles & Analysis
23 articles found
Stabilis has experience supplying vaporized LNG to a 100% gas-powered turbine frac solution, as well as supplying more conventional pressure-pumping units powered by dual fuel reciprocating engines. ...
Boiler Water Treatment Located NE of Abu Dhabi, UAE, Taweelah Power Plant is a desalinization facility generating power with the help of gas & steam turbines. The power plant has been using polyamines to treat their steam boilers water for more than 14 years. 10 boilers x 600 t/h each 100 bar 540°C ...
Ranhill Powertron II (Malaysia) The 190 MW combined-cycle power plant was built by China National Electric Engineering Company (CNEEC). ...
OWNER Michelin Hallstadt LOCATION Hallstadt, Germany PRODUCT Taurus 65 Gas Turbine CUSTOMER VALUE Reliable, Efficient, Environmentally Friendly Power In 2005, Michelin decided to expand the production at their Hallstadt plant. ...
Foreign matter entering the air houses of Gas Turbines Modern Gas Turbine air houses have made great strides towards improving the quality of air introduced into the turbine, but even those modern plant designs may suffer from fouling due to ingestion of dust, particulate, liquid and salt air. ...
ByMunters
Advances in gas turbines and power plant technology Gas turbines are widely used for power generation. ...
West Burton B CCGT is a Combined Cycle Gas Turbine power station near Nottingham in the UK. It has three open-cycle gas turbines capable of generating enough electricity for approximately 1.5 million UK homes. ...
Possible performance enhancement of small gas turbine power plants through the application of thermoacoustic systems is examined. The thermoacoustic subsystem is powered only by the waste heat of the gas turbine. Two different gas turbine configurations are ...
Los Angeles County Sanitation Districts have long been involved with recovering landfill and digester gas for energy to power turbines and internal combustion engines. Their experience led them to identify performance issues associated with these gases. ...
Exergy–based methods are powerful tools for developing, evaluating and improving an energy conversion system. ...
This paper deals with exergo–economic analysis of a modern turboprop engine (CT7–9C) with a free power turbine used for a medium–range twin–engine transport plane that was jointly developed as a regional airliner and military transport. The investigated main components of the engine are the compressor, the combustor, the gas generator, the ...
Some design parameters considered are compressor pressure ratio, compressor isentropic efficiency, gas turbine isentropic efficiency, gas turbine inlet temperature, HRSG pressure, pinch point temperature, absorption generator temperature, absorption evaporator temperature and absorption condenser temperature. ...
Performance improvement techniques in power generation systems especially in gas turbine–steam turbine (GT–ST) combined cycle (CC) power plants by compressor inlet air cooling prove to be much improvising. In this work, the performance enhancement of CC power plant by inlet air cooling method ...
The second law of thermodynamics combined with economics forms a powerful tool for systematic analysis and assessment of energy systems. This paper presents an exergoeconomic optimisation of 50 MW steam turbine power plant associated with a large fertiliser industrial unit through Thermoeconomic Evaluation and Optimisation (TEO) method, and ...
An exergy analysis of a twin ABB GT13E2 Gas Turbines (GTs) power plant (2 ? 146.2 MW) is presented in this paper. ...
This paper presents a study of second-law efficiency in a standard Brayton combined cycle power generation, using several paraffinic fuels ranging from methane to heptane. ...
The increasing energy demands, insufficient availability of power generation and increasing global environmental problems, need alternate/green power sources. Among the different green power technologies such as wind power, photovoltaic, gas turbine and fuel cell, the fuel cell-based distributed ...
This paper presents a comparative exergy study of the performance of various gas turbine power generation plants and a high temperature Solid Oxide Fuel Cell (SOFC). ...
In this study the use of Reverse Brayton cycle to boost up the power of gas turbine power plants operating in hot humid ambiance is analysed by the energy and exergy methods. The gas turbine inlet temperature is reduced by mixing the chilled air from Brayton refrigeration cycle and the main ...
The role of gas turbine power plants in electrical energy production has been considerably increased in the last two to three decades. Various methods have been proposed to improve the performance of gas turbine cycles. In this research, two methods, a reheat cycle (RC) and a cycle with a reheat and a recuperator ...