Gas Turbines Articles
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Versatility of Byproducts from a Plastic Pyrolysis Plant for Diverse Industrial Applications
At the heart of a plastic pyrolysis plant lies the process of pyrolysis, wherein plastic waste is subjected to high temperatures in the absence of oxygen, leading to the breakdown of complex hydrocarbons into simpler compounds. This thermochemical transformation yields a trifecta of valuable byproducts: pyrolysis oil, syngas, and carbon black. Pyrolysis oil, often referred to as bio-oil or ...
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LNG for Exploration & Production - Frac Operations - Case Study
Stabilis provided the very first LNG and equipment solution for oil & gas frac operations in 2013 working with a major, integrated oil company in the Eagle Ford shale basin. 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. Since 2013, we have ...
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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 run times than traditional peaker plants that have long been used to produce ...
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Hazira Power Plant : India’s first Independent Power Plant in Gujarat - Case Study
In October 1997, Essar commissioned India’s first Independent Power Plant (IPP) after the Government of India had liberalised its power policy. Originally conceived to cater only to Essar Steel’s requirements, the plant was later converted to an independent producer with a capacity of 515 MW. Using cutting-edge technology, it was no ordinary power plant. The Hazira IPP was a ...
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Guidetubes for wide range of turbine inspections
Guidetubes are a great accessory for your 4mm borescopes. The combination of borescopes and guidetubes allow you to inspect turbines without taking apart said turbine. They’re essential for directing borescopes into specific areas during the inspection process, and with the use of articulating borescopes, they’re perfect for snaking through tight spaces and around corners. Most ...
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Clarke Energy on the Move with Lonsdale Power Station
Iberdrola Australia have appointed Clarke Energy as the main contractor to oversee and manage the relocation of a 120MW power station and associated plant from Lonsdale, in Adelaide’s south, to an industrial site in Bolivar (north of Adelaide) adjacent to SA Water’s wastewater treatment facility. The relocation of the power station to Bolivar will enable the gas turbines to be ...
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Project - Al Taweelah Power Plant, UAE
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 ...
By Fineamin SA
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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 by the Tamil Nadu Water Supply and Drainage (TWAD) Board Status : ...
By Lanco Group
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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 Industries Ltd based on a long term contract Water Source : Upstream of ...
By Lanco Group
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Gas Turbine Steam Generator - Greater Toronto Airports Authority, Ontario, Canada - Project
The Once Through Steam Generator installed at the Toronto Pearson Airport to make the airport self sustainable. This unit produces 75 MW of power, while the total airport consumption is 38 MW. CPF’s scope of supply included the filter house, silencer and baffles, project management and detail drawings. ...
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Project - Yanbu Power Plant - Cogeneration
Capacity: 512 MW A major utility company in Saudi Arabia contracted CMC Solutions to certify nine PEMS on combine cycle turbines that combust sales gas and light fuel oil. Eight of the turbines operate at 56 MW and one operates at 64MW. The PEMS were set to monitor SO2, NOx, O2, CO, and CO2 from the exhaust stack for all nine units. The equipment was installed and started up on April 2015. The ...
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Project - Texas Utility Plant - Cogeneration
Capacity: 450 mm BTU A Texas Utility Plant owns and operates eight (8) GE Frame 7B/FA combustion turbines at its generation plant located in Houston, Texas. All eight of the turbines operate normally in combined cycle mode and are utilized for onsite generation of steam and electricity. All eight turbines combust pipeline natural gas exclusively. All eight units are affected by the Clear Air ...
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Project - Halifax, Nova Scotia Power Plant - Cogeneration
Capacity: 50.5 mmBTU A Canadian Cogeneration company owns and operates two combustion turbines, known as Unit 4 and Unit 5, in Halifax, Nova Scotia. The turbines both combust natural gas and emissions are monitored by a predictive emissions monitoring system (PEMS). CMC Solutions, L.L.C. was retained by the company in 2010 to provide this alternative monitoring system through the SmartCEMS-75 ...
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Project - Dearborn, Michigan Cogeneration Plant - Cogeneration
Capacity: 1698 mmBTU A Michigan Cogeneration Plant owns and operates three gas-fired boilers and three combustion turbines designated BL1100, BL2100, BL3100, GTP1, GT2100, and GT3100 at the Dearborn, Michigan cogeneration site. The turbines combust exclusively pipeline natural gas and utilize a dry low-NOx combustor to minimize NOx emissions. The turbines drive a 170 MW generator for production ...
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Project - East Lansing, Michigan Steam Plant - Cogeneration
Capacity: 50.5 mmBTU A University Steam Plant is using a predictive emission monitoring plan (PEMS) to determine NOx and CO emissions from a gas turbine. The turbine is a 14.8 MW gas fired turbine Solar Titan 130 located at the plant in Michigan (Ingham County). The gas turbine is configured with an 80 MMBTU/hr duct burner and heat recovery steam generator that is subject to 40 CFR 60, Subpart ...
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AgriPower`s Waste To Energy Systems Use Biomass And Plastic Waste To Efficiently Produce Clean, Combined Heat And Power
The above graphic shows the complete AG-375 System which consists of: (1) the Fuel Feed Hopper Module; (2) the Combustion Chamber Module; (3) the Fans and Filters Module; and (4) the Automated Control Module, all set on a tractor-trailer chassis. A second trailer chassis contains: (5) AgriPower’s proprietary T3 Technology Module (it stands for Thermal Treatment and Transfer); (6) the ...
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Sydney Water Plugs in Additional Cogeneration Solutions from Clarke Energy
Sydney Water has plugged in additional expertise and cogeneration power from Clarke Energy and D4C, contracting a further two INNIO Jenbacher J420, 1.5MW biogas to energy generating sets for their Malabar Wastewater Treatment Plant. The additional two gensets take the total to eleven similar biogas to energy cogeneration solutions that Clarke Energy has delivered for Sydney Water, providing an ...
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Inlet Cooling for Gas Turbines Driving Gas Gathering Compressors - Case study
Increasing Incremental Gas Flow – Pemex TURBINES LOSE EFFICIENCY AS TEMPERATURES RISE As temperatures rise, your compressor’s performance suffers, resulting in lost time and decreased production, ultimately affecting your bottom line. We’ve developed an inlet cooling process that increases horsepower density and improves production by up to 25 percent, no matter the ...
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Germany 01 - ZE-50-ULH - MAN Biogas-Fueled Genset - Case Study
Plant: 1 x ZE-50-ULH Low-Temperature Organic Rankine Cycle (ORC) Module, nominal output 50 kWe Nominal output: 50 kWe Application: Heat recovery from engines (MAN biogas-fueled genset ) Location: Saxony-Anhalt, Germany) Manager: Private German firm This plant, managed by a private German firm, is located in a small German town in the Harz district of the Saxony-Anhalt länder. Its ...
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Veneto 02 - ZE-50-LT - Two MAN Biogas-Fueled Gensets - Case Study
Plant: 1 x ZE-50-LT Low-Temperature Organic Rankine Cycle (ORC) Module, nominal output 50 kWe Nominal output: 50 kWe Application: Heat recovery from engines (two MAN biogas-fueled gensets) Location: Province of Padua, Veneto, Italy Manager: Private Italian firm The cattle farm which commissioned this plant lies in a small village in a corner of the province of Padua adjoining the province of ...
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