Oil Gas Technology

The solution uses AI technology to improve reservoir management and optimize field development planning to unlock more energy with lower emissions.  www.adnoc.ae ADNOC announced the deployment of AIQ’s Advanced Reservoir 360 (AR360) solution on more than 30 reservoirs across ADNOC’s upstream operations, following the solution’s successful initial deployment in early 2024 on two ADNOC reservoirs at Bab and Umm Shaif fields. Developed by AIQ with SLB as part of ENERGYai, ADNOC’s artificial intelligence and digital technology strategy, AR360 uses artificial intelligence (AI) and machine learning technologies to improve reservoir management and optimize field development planning. AR360 reduces planning time while increasing well life and recovery rates by ensuring the right balance between drilling new wells, boosting the performance of existing wells and optimizing injection and production volumes. While traditional forecasting technologies require working across multi

4 Types of 3-Phase Separator Tank Design Configurations for Interface Control. Produced fluid consists of various proportions of oil, water, natural gas, and sediments. Horizontal and vertical 3-phase separators break this mixture into three distinct components. Credited video: https://lnkd.in/ddFED_EM #oiltank #oilgas #oilandgas #oilandgasindustry #tank #tutorial

The platform can produce up to 100,000 oil barrels per day in the Espírito Santo portion of the basin.  petrobras.com.br The unit can produce up to 100,000 barrels of oil a day and process up to 5 million cubic meters of gas The Maria Quitéria platform ship produced its first oil on Tuesday (10/15) in the Jubarte field, pre-salt in the Espírito Santo portion of the Campos Basin. The unit can produce up to 100,000 barrels of oil a day and process up to 5 million cubic meters of gas. It will be interconnected to a total of eight producing wells and eight injectors. FPSO Maria Quitéria's entry was brought forward; it was initially scheduled for 2025, according to the 2024-2028 Strategic Plan. Petrobras is the sole holder of the production rights for the Jubarte field, located in the area known as Parque das Baleias in Espírito Santo. The platform is FPSO (floating production, storage, and transfer system). It is equipped with technologies to reduce emissions with greater o

The Leucipa automated field production solution helps oil and gas operators proactively manage production and reduce carbon emissions.  www.bakerhughes.com Baker Hughes and Repsol announced a new agreement to collaboratively develop and deploy next-generation artificial intelligence capabilities through the Leucipa™ automated field production solution. Through this strategic collaboration, AI-powered automation workflows will be developed and implemented throughout Repsol’s assets around the globe to unlock new operational capabilities. This collaboration will leverage the shared knowledge, best practices and technical expertise of both companies to optimize production, improve efficiency and reduce emissions. Repsol has leveraged Leucipa across their operations since the introduction of the solution, helping to optimize their digital infrastructure and operational capabilities.  The Leucipa automated field production solution helps oil and gas operators proactively manage p

As part of the project scope, OneSubsea will provide two subsea production manifolds, one electro-hydraulic distribution unit and additional related services.  www.slb.com SLB’s OneSubsea™ joint venture was recently awarded a major contract by Petrobras, following a competitive tender, for the Roncador project, offshore of Brazil. The project supports the further development of the Roncador field in the Campos Basin. Roncador is one of Brazil’s five largest producing assets and has been in production since 1999, yet today it still retains significant reserves potential. The provision of an effective subsea solution will help improve recovery from a mature oilfield giant. Much of the technology and equipment to be deployed will be produced and serviced locally at SLB OneSubsea’s facilities in Brazil. SLB OneSubsea will provide the full subsea equipment scope to this project, including subsea production manifolds, subsea control systems, distribution units, and toolkits, as

Used as a marine fuel, LNG helps cut greenhouse gas emissions by around 20% compared to conventional marine fuel and has the potential to reduce emissions significantly more if bio or synthetic LNG is used.  totalenergies.com TotalEnergies has signed a charter contract with Spanish shipowner Ibaizabal for a new Liquefied Natural Gas (LNG) bunker vessel of 18,600m3 capacity. This new vessel will expand the Company’s global presence in bunkering hubs. In particular, this additional vessel might be deployed in Oman, where the Company is developing the Marsa LNG project with the objective to provide LNG to the shipping sector in the Gulf. The vessel, owned by Ibaizabal, will supply LNG to a wide range of vessels (containerships, tankers, large cruise ships, ferries) at TotalEnergies’ LNG bunkering hubs and meet the highest technical and environmental standards. Used as a marine fuel, LNG is an immediately available transition fuel that reduces greenhouse gas (GHG) emissions in the

Baker Hughes Integrated Compressor Line (ICL) technology will enhance gas swing storage capacity as part of the United Arab Emirates decarbonization strategy.  www.bakerhughes.com GRT Gaz Etrez site, France (© Philippe Dureuil) Baker Hughes announced its largest order ever of Integrated Compressor Line (ICL) units with Dubai Petroleum Establishment (DPE), for and on behalf of Dubai Supply Authority (DUSUP), to enhance the reliability of energy supply and support local decarbonization efforts. The order was booked in the third quarter of 2024. The 10 ICL units – five for gas storage and five for dual-use injection boosting or gas export to the existing gas distribution system – will be installed at the Margham Gas storage facility in Dubai, significantly increasing its capacity. Through the adoption of the ICL technology, the project aims to achieve a high-reliability system with reduced emissions. The project will provide stability to Dubai’s energy supply by strengthening

The MOU will see JOGMEC introduce Woodside to Japanese organisations looking to collaborate on technology development related to the detection and quantification of methane emissions.  www.woodside.com Woodside and the Japan Organisation for Metals and Energy Security (JOGMEC) signed a memorandum of understanding (MOU) centred on their joint interest in methane emissions management. Titled Methane Emissions Technology Reduction and Innovation Collaboration (METRIC), the MOU will see JOGMEC introduce Woodside to Japanese organisations looking to collaborate on technology development related to the detection and quantification of methane emissions. As a greenhouse gas, methane has made the second-largest contribution to human-induced climate change after carbon dioxide and is believed to have contributed to around 30% of the global temperature rise to date. Woodside CEO Meg O’Neill said the MOU builds on the company’s focus on minimising methane emissions. “In 2023, our metha

TrueSync PMM is a synchronous motor technology with up to a 20 percent efficiency gain compared to traditional induction motors.  www.halliburton.com Halliburton introduced TrueSync™, an innovative hybrid Permanent Magnet Motor (PMM) for ESP operations. The hybrid solution, developed by Summit ESP® – a Halliburton Service – integrates the efficient features of a PMM with elements from Halliburton’s industry-leading induction motor technology to maximize production, reduce power costs and total cost of ownership for customers. TrueSync PMM is a synchronous motor technology with up to a 20 percent efficiency gain compared to traditional induction motors. Its hybrid elements are designed to maintain synchronous rotation during extreme conditions such as gas slugging. The result is a blend of efficiency and extended operational run life. The slim design enables deeper wellbore setting depths and increased production in unconventional wells. SpyGlass™ pump sizing software a

The collaboration aims to enhance refining operations and workforce with advanced AI-Assisted technologies, including a new generation of alarm management solutions.  www.honeywell.com Honeywell announced a strategic collaboration with Chevron to develop advanced artificial intelligence (AI)-Assisted solutions to help operators make decisions to enhance efficiency for refining processes and improve safety within the industrial automation space. These are among the new AI solutions Honeywell launched to assist and help improve operator performance, optimize productivity and increase reliability as companies continue their journey to autonomous operations. Together, the two companies are leveraging their deep domain knowledge and industry expertise to create a new generation of AI-Assisted alarm management solutions that will help operators make decisions to increase the efficiency, safety and reliability of process operations and industrial assets. The new solutions will include an