... & gas united kingdom government sustainability social responsibility europe government asia government air emission united states government norway government artificial intelligence real time system operation reduction gas turbine platform turbine efficiency renewable power carbon...

..., rotating equipment can play a huge role when looking at power generation and compression for Floating, Production, Storage, and Offloading (FPSO). Traditionally, Open Cycle Gas Turbines (OCGTs) are used for Offshore due to their simplicity of operation, large references, and low weight/compact footprint...

... of an FPSO in the Brazilian waters by the end of this decade. The idea is to challenge the norm of replacing all gigantic gas turbines with electric motors and power the entire FPSO, a big step towards decarbonising the FPSOs. However, the industry needs immediate solutions towards optimising fuel...

... Abstract Combustion in gas turbines or diesel gensets typically represents one of the largest sources of carbon emissions on offshore production and drilling installations (second only to flaring). Significant potential exists to decarbonize these assets via electrification. Many regions...

... or platform. The host facility would have been originally outfitted with power generators (gas turbines or reciprocating engines). These power generators are typically dual fuel turbines running on low pressure fuel gas from the production well or liquid diesel fuel from storage tanks. The majority...

... installation upstream oil & gas arrangement gas turbine feed gas chain stopper concentration cargo tank operation gas monetization construction yard barge tango flng modification platform jetty argentina midstream oil & gas Luiz Lopez , 2019 , Feasibility Study...

... technology offshore field lng flexibility liquified natural gas gas turbine consideration liquefaction gas monetization refrigerant operation liquefaction facility liquefaction capacity selection upstream oil & gas mercury flng facility investment Bukowski , J.D. , Liu...

... Abstract This paper focuses on the benefits of utilizing waste heat recovery units (WHRUs) in offshore oil and gas applications. Today, a high number of offshore installations use gas turbines (GTs) for power generation and as mechanical drivers for critical equipment, such as compressors. Most...

... Abstract With world-class experience and capability in metal additive manufacturing (AM), Siemens is introducing this game-changing technology throughout the entire gas turbine portfolio. Today Siemens Gas and Power has a dedicated organization to implement and adopt this technology, which...

... turbine liquefaction module midstream oil & gas aeroderivative gas turbine gas monetization train capacity heat exchanger application liquified natural gas liquefaction technology pressure turboexpander-compressor efficiency refrigerant primary cooling loop compressor nitrogen...

..., flexibility and weight, without reference to individual suppliers. The reader will come away with an understanding of the trade-offs involved in technology selection of liquefaction and mechanical drives. efficiency aeroderivative gas turbine offshore technology conference gas turbine turbine...

... fields. In some cases the use of cold sea water can reduce the number of Gas Turbine drivers, where the CAPEX and OPEX savings more than compensate for the required Cold Water Pipe in this concept. In addition to the cost benefits, it has the potential of making the plants smaller as some functions...

...) of the subsea manifold. The reduced costs of this solution are enabled by the shorter subsea power cable, the elimination of incremental power generation on the host platform and, in the case of Norway, reduced taxes related to the incremental emissions of natural-gas turbine power generation for the subsea...

... Inherent safe Flammable refrigerant Safety gap required No. of Refrigerant train (Based on 25MW Gas Turbine) 5 trains 4 trains Min. required rotating equipment count 1 N2 Compressor 1 warm expander/compressor 1 cold expander/compressor Total count : 15 1 refrigerant compressor Total count : 4...

... of offshore installations. To detail the OPera conceptual study, the Brazilian pre-salt area was selected as a case example. The power hub has a gas fired combined cycle power plant that increases power generation efficiency by more than 15 percent, compared with conventional gas turbines alone. The power...

... is on developing compact, novel bottoming cycles for recovery of waste heat from the gas turbine as well as heat recovery from the compressor train for gas export. The technologies investigated utilize steam as well as alternative working fluids, such as CO2 and hydrocarbons. All the fluids investigated...

... Abstract Offshore petroleum installations are conventionally equipped with local powersupply based on fossil fuel, e.g. gas turbines. Alternative power supply suchas wind power has a large potential to reduce the fossil fuel use, and therebythe CO2 and NOX emissions. Potential benefits...

... gas turbines, no need for transformers and harmonic filters, and a large forgiveness with respect to the fuel gas quality. Furthermore, steam boilers are simple to operate, are highly reliable, and can be maintained mostly by the on-board staff. The generated steam is also used to a large extent...

... diesel engines or gas turbines; larger fields favor combined cycle power plants. Safety considerations should determine the layout of the FPSO. Safety and availability will strongly favor electric motor driven compressors. Choice of liquefaction process is related to capacity; small and medium size...

... power plant hydro electric energy solution gas turbine compressors engines and turbines electric motor electric power cable maintenance availability drive solution platform requirement electric drive solution power generation troll platform upstream oil & gas generator...