... Abstract This paper presents a novel concept that enables offshore operators to power their facilities with renewable microgrids consisting of offshore wind units (floating or bottom fixed) or floating solar arrays or a combination of the two. The offshore wind turbine can have a generation...

... turbines, has a complex mixture, depending on the country, location, and annual weather conditions. Even with the aggressive replacement rate (10% of oil and coal dedicated to the transition), a mixture of 50:50 (solar: wind) will replace the existing primary energy infrastructure by 2070. This timeline...

... Abstract Electricity demand is growing globally due to increasing population and growing economy, it is projected that the global energy demand will increase by 2.3% a year. One of the most reliable ways to generate electricity is by using gas turbines. Although gas turbines are efficient...

... in excess of 1800 °C. The heat is extracted to surface via a closed loop system of horizontal wells with circulating water as the carrier fluid. The produced water will have a surface temperature from 150 °C to over 250 °C which can generate electricity via a binary Organic Rankine Cycle ("ORC") turbine...

... battery lwd formation pressure measurement probe turbine comparative study lesson learnt circulating wellbore condition dataset Introduction The paper is based on LWD formation pressure testing experiences from the Arabian Gulf in an offshore oilfield located about 120 km from the city...

... installations are conventionally equipped with local power supply from gas turbines based on fossil fuel supply. Gas turbines have low efficiency ratios (about 30 % on average compared to about 55% for a modern combined cycle gas power plant), and emit considerable amounts of GHG emissions ( Shelf, 2015...

... generation. For steam production configurations of water tube boiler and fired tube boiler were evaluated. Also, for power generation, Organic Rankine Cycle and back pressure steam turbines were checked. Feedback from reputed suppliers were considered during the feasibility study. Locations for the new...

... development reduction decarbonization gas operation green hydrogen refinery upstream oil & gas carbon neutral production turbine social responsibility electrification operation netzero target operator society co2 petroleum engineer heating Introduction Our industry is under...

... the steam is returned to surface and used as fuel in turbines or generators. enhanced recovery renewable energy social responsibility aliyu sustainable development sustainability produce cleaner energy extract geothermal energy chen petroleum engineer installation pipe rock formation...

... ) Abstract This is a Steam turbine unit of three casings (HP/IP, LP1 and LP2) connected to a Generator through a rigid coupling. The rated power of the Generator is 660 MW. The unit was commissioned in 2014 and undergone a major outage in February 2018. During the outage, the generator stator windings were...

... benefit analyses of recovering waste heat from mechanical drive gas turbines for energy savings. Earlier a high- level technical assessment was carried out to assess the potential of recovering waste heat from different heat sources across ADNOC Gas Processing plants. Recovering waste heat from mechanical...

... stress of the turbine is low due to the low peripheral speed, there is no erosion of blades (thanks to the absence of moisture in the vapor nozzles) and the direct drive of the generator is possible considering the low RPM of the turbine. Because of these technical characteristics, the overall system...

... and portfolio management sustainable development energy conservation subsea system social responsibility sustainability subsea hydraulic power unit application upstream oil & gas innovative insitu subsea power cell wind turbine subsea field development system architecture marginal subsea field...

... project requirements for processing, production, transportation, serviceability, reliability, etc. is critical. In recent years, advances in the design and engineering of equipment assets, such as gas turbines, have helped the industry address these challenges. When coupled with technologies...

... The rotoric part is made of blades installed on the shaft and rotating together with it. The statoric part is made of vanes installed on the casing, hence, their position is fixed and they do not rotate. This design, typical of all gas turbines, has the purpose to increase air pressure...

... of New HPRT shall include a conical strainer to minimize the particulates entering the turbine. Liquid properties -: Liquid relative density, vapor pressure and viscosity. Velocity Limits-: Erosion-Corrosion of Piping. API 945 recommends designing both lean and rich amine with velocities less...

...- 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...

... 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...

... compressor LNG Plant plant operator Upstream Oil & Gas Digitalization arctic environment compression train maintenance turbine availability society of petroleum engineers infrastructure LNG facility module drive train construction operator Introduction According to the United...

... 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...