... Abstract Maintenance costs and machine availability are two of the most important concerns to gas turbine equipment owner. Therefore, a well thought out maintenance program that reduces costs while increasing equipment availability should be instituted. The correct implementation of planned...

... equipment/compressor drive trains and metallurgical and integrity considerations for pipelines. sustainable development upstream oil & gas hydrogen operation application compressors engines and turbines methane gas turbine sustainability infrastructure operation social responsibility...

... Abstract This paper discusses how the application of large, gas turbine-based power blocks (>50,000-hp) in pipeline compression stations can contribute to lower capital costs, improved lifecycle performance, and reduced carbon emissions. For illustrative purposes, two compression facility...

.... A case study in which the superior performances of the hybrid solution in terms of total cost of ownership will be described and compared with traditional single technology compression train industrial gases peripheral speed impeller peripheral speed gas turbine renewable energy flow rate...

... often a by-product of industrial processes. These synthetic waste gases have typically been flared in the past. Burning these gases in gas turbines instead can significantly boost the economic case and reduce carbon emissions compared to flaringbecause of the utilization of the waste energy. Gas...

... Single cycle gas turbines Tail gases from SRU Incinerator Fired Heaters Steam condensate LP steam Hot streams being cooled in air coolers There are different technologies at market which utilize waste heat and convert it to useful energy that can be used at various...

... The high efficient quality heat from the gas turbine exhaust allows the utilization of the thermal energy to avail it and generate electricity with a steam turbine along with the gas turbine in a combined cycle system process. This provide a potential to store thermal energy and use it for other...

... development and infrastructure. complex reservoir infrastructure hydraulic fracturing power plant upstream oil & gas power density electricity module mobile gas turbine operation trailer application mobile unit gas monetization generator gas turbine water injection installation...

... application was in the Gas-compressor-stations along the pipelines where multiple gas-turbines operating in open-cycle are used as prime-movers for compressors. Although reliable and flexible, they waste a significant amount of energy that can be converted into useful power by means of an ORC system, a clear...

... Abstract This paper focuses on solutions and strategies for conserving weight and space, reducing emissions, and leveraging data to optimize the performance of rotating equipment on floating, production, storage, and offloading (FPSO) vessels. It discusses design considerations for gas turbines...

... Abstract This paper focuses on the use of gas turbines (GTs) equipped with Dry Low Emissions (DLE) combustion technology in offshore oil and gas (O&G) applications. The paper presents information from offshore GT units and discusses improvements in operational reliability and fuel...

... Abstract Increasing trends in the digitalization of gas turbine plants allow significant opportunity for utilizing predictive maintenance methods to optimize engine performance. Digital twins have been used extensively to detect anomalies, prevent failures and encourage preventive maintenance...

... the Middle East. Considerable waste heat is ejected from equipment like the gas turbines that are commonly used in mechanical drive applications found in the compression processes of gas production platforms and transmission pipelines. While most gas turbine heat recovery systems use a bottoming steam cycle...

... Abstract This paper summarizes fuel gas consumption savings and enhanced efficiency benefits for operating Power Generation Gas Turbines. The cost savings and improved efficiency were achieved through the mere compliance with the latest air filtration standards. European Standard for general...

...- temperature waste heat resources. This paper will explore technical solutions to these challenges facing the oil and gas industry In this paper, three cases of waste heat from a gas turbine's exhaust flue gas are presented. The turbines have nominal output of 7.5, 15, and 25 MW (10 057, 20 115 and 33 525 hp...

...) and possible loss of flame of (called blowout phenomenon). In aeroderivative gas turbines equipped with DLE combustion system, Acoustics, Blowout, high emissions, power limitation can lead to different consequences. These can randomly occur and disappear without significant impact on gas turbine operation...

... Abstract Objectives/Scope Enhancements the performance of Rotating Equipment in term of cost optimization by extending the MTBI and improving the efficiency is dynamic exercises and endless journey, so by utilizing the proven available latest technology to protect the gas turbines from...

... without pretreatment. Oxidized sulfur compounds are captured by limestone in the combustion process to eliminate downstream sulfur corrosion. The desulfurized flue gas then goes through a solids removal process before entering a gas turbine or a turbine expander for power generation. A steam cycle is used...

... compressors engines and turbines condenser background liquified natural gas gas monetization compressor propane compressor Efficiency power demand pay back capex LNG propane condenser cost benefit gas compressor consumption operation process control gas turbine exchanger ambient temperature...

... and profitable solution to hit these targets. The possibility to implement an ORC-based heat recovery system as a replacement of an open-cycle gas turbine in Das Island facility has been investigated. The study evolved in two main phases. The first one was aimed to identify the most suitable waste heat sources...