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Gas Combined Cycle Articles & Analysis

38 articles found

Electric Auxiliary Boilers Reduce Cold Startup Time of Combined Cycle Gas Turbines

Electric Auxiliary Boilers Reduce Cold Startup Time of Combined Cycle Gas Turbines

Today, combined cycle gas turbine (CCGT) plants play a critical role in providing power grids with additional electricity during peak periods of high demand. ...

ByAcme Engineering Prod. Ltd.


Auxiliary Boilers Can Reduce Cold-Start Times for CCGTs

Auxiliary Boilers Can Reduce Cold-Start Times for CCGTs

Combined cycle gas turbines (CCGTs) play a critical role in providing power grids with additional electricity, supporting reliability and resilience during periods of high demand. Combined cycle power plants that harness energy from both combustion and steam turbines use less fuel overall, and can produce longer ...

ByAcme Engineering Prod. Ltd.


Lanco Tanjore Power Company Ltd - Case Study

Lanco Tanjore Power Company Ltd - Case Study

Lanco Tanjore is a Gas-based Combined Cycle Power Plant located at Karuppur village in Thiruvidaimaruthur taluk of Tanjore district, situated around 260 kms from Chennai capital of Tamil Nadu. Total Capacity : 120 MW Fuel Source (Natural Gas) : From GAIL (India) Ltd on a long term contract Water Source : From the Kollidam River ...

ByLanco Group


Lanco Kondapalli Power Ltd - Case Study

Lanco Kondapalli Power Ltd - Case Study

Lanco Kondapalli Power is an Independent Power Project (IPP) located at Kondapalli Industrial Development Area near Vijayawada in Andhra Pradesh, India. This Combined Cycle gas based Power Project is being developed in three phases. Total Capacity : 1476 MW Fuel Source (Natural Gas) : From GAIL (India) Ltd and M/s Reliance ...

ByLanco Group


Supporting the lifecycle of energy infrastructures with Smart O&M

Supporting the lifecycle of energy infrastructures with Smart O&M

Ranhill Powertron II (Malaysia) The 190 MW combined-cycle power plant was built by China National Electric Engineering Company (CNEEC). ...

BySiveco China


22.8 MWe Landfill Gas Fuel Combined Cycle Power Plant Olinda Alpha Landfill - Case Study

22.8 MWe Landfill Gas Fuel Combined Cycle Power Plant Olinda Alpha Landfill - Case Study

The Olinda Alpha Landfill Gas-to-Energy Facility is among the largest projects of its kind in the United States. Located at the Orange County Waste Recovery Facility in Brea, California, it uses extracted landfill gas to power four(4)Taurus"60 combustion gas turbine generator sets, which produce electricity for sale to the City of Anaheim Public ...

BySolar Turbines Incorporated


Combined Heat and Power - Low BTU Gas Pulp and Paper Industry - Arctic Paper Kostrzyn S.A. - Case Study

Combined Heat and Power - Low BTU Gas Pulp and Paper Industry - Arctic Paper Kostrzyn S.A. - Case Study

OWNER Arctic Paper Kostrzyn S.A. LOCATION Kostrzyn, Poland GAS TURBINES Two Mars 100 Gas Turbines CUSTOMER VALUE 50% Reduction of C02 Footprint Arctic Paper S.A. produces and markets high-quality graphic paper. When the company decided to switch from coal to a gas similar to low Btu coal mine gas, they had some important ...

BySolar Turbines Incorporated


Chile CSP developer predicts world’s lowest price in June

Chile CSP developer predicts world’s lowest price in June

Chile boasts some of the world's best solar conditions and, unlike in other countries, the auction has no technology categories, pitting CSP developers against other generation types such as combined cycle gas turbine (CCGT) plants. In addition, the winning projects must be delivered by 2026, offering developers a relatively long time to ...

ByNew Energy Update - Reuters Events


Prime Power Generation - Case Study

Prime Power Generation - Case Study

These include nuclear, hydroelectric and gas/diesel combined cycle turbine plants. Finally, peak power generators are called upon to meet short-term spikes of requirement and as such must be able to start up and provide power instantaneously. ...

ByJohnson Matthey


Equal to Removing 1 Million Cars from the Road  Case Study

Equal to Removing 1 Million Cars from the Road Case Study

Powerphase commissioned a grid level analysis to assess how Turbophase technology could increase existing natural gas combined cycle gas turbine (GT) efficiencies in Florida, displacing baseload coal-fired generation and inefficient peaking plants to reduce electricity costs and pollution. Today’s electricity prices in ...

ByPowerphase International


More Power & Flexibility Lead to Profits  Case Study

More Power & Flexibility Lead to Profits Case Study

The Morris Cogen plant is a 177 MW combined-cycle gas facility located within the Equistar Chemicals petrochemical plant in Morris, IL. The Morris plant has a single pressure steam turbine (ST) (625 psig/750°F) rated at 57 MW, and three GE MS6001B, PG6561 gas turbines (GTs) upgraded to DLN1 combustion systems each with a ...

ByPowerphase International


Waukesha engine upgrade boosts efficiency, availability and helps stabilise grid in North-East India - Case Study

Waukesha engine upgrade boosts efficiency, availability and helps stabilise grid in North-East India - Case Study

NEEPCO’s 291 MWe Kathalguri combined cycle gas turbine (CCGT) is installed in Dibrugarh, Assam. The plant was commissioned in 1995/96. ...

ByClarke Energy


Waukesha Engine Upgrade Boosts Efficiency, Availability and Helps Stabilize Grid in North-East India - Case Study

Waukesha Engine Upgrade Boosts Efficiency, Availability and Helps Stabilize Grid in North-East India - Case Study

NEEPCO’s 291 MWe Kathalguri combined cycle gas turbine (CCGT) is installed in Dibrugarh, Assam. The plant was commissioned in 1995/96. ...

ByClarke Energy


Valve Efficiency Upgrades at SSE Great Island CCGT Power Station

Valve Efficiency Upgrades at SSE Great Island CCGT Power Station

SSE plc's Great Island Power Station in County Wexford is a 464 MW combined cycle gas turbine (CCGT) plant which was first commisioned in 2014. Acknowledged as one of Ireland's cleanest and most efficient natural gas power stations on the country's national grid, the plant generates enough energy to power the equivalent of ...

ByRotork plc


Valve efficiency upgrades at SSE Great Island CCGT Power Station - Case Study

Valve efficiency upgrades at SSE Great Island CCGT Power Station - Case Study

Sector: Power Generation Category: Control Networks, Electric Actuators, Services Products: Field Service, IQ3 Range, Preventative Maintenance, Training Overview SSE plc’s Great Island Power Station in County Wexford is a 464 MW combined cycle gas turbine (CCGT) plant which was first commissioned in 2014. Acknowledged as one of ...

ByRotork plc


Natural Gas Overlooked in Obama's Clean Power Plan

Natural Gas Overlooked in Obama's Clean Power Plan

Natural gas remains the only viable choice to reach the plan’s goals. ...

ByIndustrial Motor Power Corporation


Cost allocation in cogeneration power–desalination plant utilising gas/steam combined cycle (GTCC) in Kuwait

Cost allocation in cogeneration power–desalination plant utilising gas/steam combined cycle (GTCC) in Kuwait

Gas turbine combined cycle (GTCC) plants have high overall thermal efficiency, and are used for large base–load power plants (PPs) to produce electric power (EP) and desalted seawater (DW) at the lowest cost per units of EP and DW. ...

ByInderscience Publishers


Exergy analysis of a syngas fuelled cogeneration cycle for combined production of power and refrigeration

Exergy analysis of a syngas fuelled cogeneration cycle for combined production of power and refrigeration

This communication presents a biomass fuelled cogeneration cycle for the combined production of power and refrigeration. The system is an integration of combined gas–steam cycle and absorption refrigeration cycle. A thermodynamic analysis through energy and exergy is employed, to investigate the ...

ByInderscience Publishers


5 Ways Minnesota Can Reduce its Power Plant Emissions

5 Ways Minnesota Can Reduce its Power Plant Emissions

This is mostly because coal-fired generation in the state decreased 14 percent while natural gas generation nearly doubled and renewable generation more-than-tripled. ...

ByWorld Resources Institute WRI


5 Ways Wisconsin Can Reduce Power Plant Emissions

5 Ways Wisconsin Can Reduce Power Plant Emissions

By continuing this program at current levels beyond 2015, Wisconsin can reduce CO2 emissions by 9 percent below 2011 levels in 2020. Using more combined heat and power (CHP). Wisconsin has the potential to use more CHP systems—which use waste heat to generate electricity more efficiently than the average power plant—at sites like universities, hospitals, and dairy ...

ByWorld Resources Institute WRI

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