Oil Gas Technology

To achieve the record at RPBC, a series of logistics initiatives were implemented in partnership with Transpetro.  petrobras.com.br Industrial plant of RPBC in Cubatão (SP) In the second quarter of this year, the Presidente Bernardes Refinery (RPBC) in Cubatão (SP) recorded a record in the production of S-10 diesel. It produced 990,000 m³, surpassing the previous mark of 966,000 m³ in the third quarter of 2023. The figure is also higher than that produced in the same period last year. The production of S10 diesel at RPBC increased the supply of the product to the market due to the high reliability of the refinery's industrial plant and the logistics system for transporting production, which allowed the unit to work with higher loads at very efficient levels. Another determining factor was the proper management of the operational routine, with control of the most impactful variables and prioritization of resources. Logistics actions increased the flow to the Santos Terminal

Sensori allows you to integrate, visualize, and analyze subsurface fracture measurements in real time.  www.halliburton.com Halliburton introduced the Sensori™ fracture monitoring service, a cost-effective fracture monitoring solution for automated, continuous measurement and visualization of the subsurface. The Sensori service combines non-intrusive technologies, automated data acquisition and processing, and real-time subsurface answers into a single solution to empower operators with visibility and control over fracture performance. The Sensori fracture monitoring service provides true, real-time data acquisition and processing of near-well and far-field subsurface measurements. Through automation, cloud processing and big data analytics, the Sensori service provides continuous, real-time subsurface feedback for multiple well pads across an entire asset. With the integration of non-intrusive downhole diagnostics, the service allows more frequent, cost-effective acquisition of

The principle of CCS relies on finding suitable storage sites for billions of tons of CO2 over the coming decades, and many of these will be located offshore.  www.kbr.com Carbon Capture and Storage (CCS) is critical to the energy transition, avoiding carbon emissions by capturing carbon dioxide (CO2) and storing it indefinitely underground. The principle of CCS relies on finding suitable storage sites for billions of tons of CO2 over the coming decades, and many of these will be located offshore. Synergy with Oil and Gas Continental shelf geology provides suitable sites for storage, and oil and gas fields can be ideal. The depleted oil and gas reservoirs in these fields have proven geological seals that have already been storing carbon, in the form of hydrocarbons, for hundreds of millions of years. Existing oil & gas engineering and infrastructure is set to play a key role, as offshore CCS will involve pipelines, platforms and drilling. But, as it undergoes the massive scaling

Featuring a high-performance MediaTek Octa-core processor and Android 11 OS, the G60 Pro ensures optimal functionality. ARBOR Technology has launched the latest intelligent patrol system G60 Pro, a rugged mobile computer designed for harsh environments. The Most Suitable Solutions of Mobile Inspection Device in Petroleum Industry The G60 Pro is distinguished by its sturdy design and outstanding durability. It is ATEX explosion-proof certified, ensuring safe operation in hazardous locations where explosive gases may be present. The 13MP camera complements this functionality by capturing high-resolution images and videos, providing detailed documentation and aiding in thorough inspections. With thermal resolution of 80 x 60 pixel, users can see clearly and accurately from the heat source. G60 Pro is the perfect device for inspection in the petroleum industry with high-resolution photos and highly accurate thermal detection. These capabilities make the G60 Pro an invaluable to

Capable of producing up to 550 million standard cubic feet per day (mmsfd), this project is poised to address the increasing global energy demand.  uk.pli-petronas.com Jerun Platform PETRONAS announced that the Jerun field in Block SK 408 located approximately 160 km off the coast of Sarawak, offshore Malaysia has recently achieved its first gas production. The operator of this block, Sapura OMV Upstream (Sarawak) Inc. (SapuraOMV) holds 40 percent participating interest, while the remaining 60 percent is equally shared by PETRONAS Carigali Sdn Bhd (PCSB) and Sarawak Shell Berhad (SSB) The Jerun field was first discovered in 2015 by SapuraOMV, following the drilling of nine exploration wells from 2014 to 2015. Capable of producing up to 550 million standard cubic feet per day (mmsfd), this project is poised to address the increasing global energy demand. PETRONAS Senior Vice President of Malaysia Petroleum Management (MPM), Datuk Ir. Bacho Pilong, said, "Congratulations to

It is the first ultra-deep well of the Company in Bohai Bay, which is producing approximately 6,300 barrels of oil equivalent per day.  www.cnoocltd.com CNOOC Limited announced that the Bozhong 19-6 Condensate Gas Field D1 Well, the first ultra-deep well in Bohai Bay, achieved high yield. Bozhong 19-6 Condensate Gas Field is located in central Bohai Bay, with an average water depth of about 20 meters. It contains proven oil and gas in place of more than 200 billion cubic meters of natural gas and more than 200 million cubic meters of oil. It is the first gas field of such a size in the deep buried hill play offshore China. The Company adopts an “overall planning, phased implementation and pilot first” strategy to develop this field. In 2020, 2023 and 2024, the Company has gradually brought on-stream Bozhong 19-6 Condensate Gas Field Pilot Area Development Project, Phase I Development Project and 13-2 Block 5 Well Site Development Project. The gas field is currently p

Deployed at NASR field, RoboWell technology uses AI algorithms to autonomously operate wells, maximizing efficiency and minimizing emissions.  www.adnoc.ae ADNOC announced the deployment of RoboWell, AIQ’s pioneering artificial intelligence (AI) autonomous well-control solution, in its operations at the offshore NASR field. This world-first offshore deployment of RoboWell highlights how ADNOC is leveraging advanced technologies to drive efficiencies and ensure a secure, reliable and responsible supply of energy. Deployed in partnership with AIQ, the Abu Dhabi-based AI champion delivering transformative solutions to the energy sector, RoboWell uses cloud-based AI algorithms to autonomously operate wells that self-adjust according to changing conditions. This enhances the safe operation of the well, improves efficiency, reduces the need for travel and physical interventions, and so minimizes emissions. Abdulmunim Saif Al Kindy, ADNOC Upstream Executive Director, said: “The offsh

Collaborative field development to launch the first pre-salt Kwanza Basin project, offshore Angola.  www.slb.com SLB has announced the award of a contract by TotalEnergies to its OneSubsea™ joint venture for a 13-well Subsea Production System scope, including associated equipment and services, in the development of the Kaminho project, offshore Angola. The project will be developed by TotalEnergies and its Block 20/11 partners in two phases for the Cameia and Golfinho discoveries. Together, SLB OneSubsea and TotalEnergies will work to deliver a sustainable project that will improve production in Angola. During the Kaminho project’s first phase of development for the Cameia field, SLB OneSubsea will collaborate with TotalEnergies to deploy a highly configurable subsea production platform with standardized vertical monobore subsea tree, wellhead, and controls system. “We are excited for this opportunity to unlock the large potential of the Kaminho project together with TotalE

The preliminary estimates indicate a discovered potential of around 300-400 million barrels equivalents (Mboe) of oil and associated gas in place. Illustrative image Eni announces a new discovery on the Yopaat-1 EXP exploration well in Block 9, approximately 63 kilometres off the coast in the mid-deep water of the Cuenca Salina in the Sureste Basin, offshore Mexico. The well has been drilled in a water depth of 525 meters and reached a total depth of 2,931 meters, finding about 200meter net pay of hydrocarbon-bearing sands in the Pliocene and Miocene sequences, subject to an intense subsurface data acquisition campaign. This successful result, alongside the discoveries in Eni-operated Blocks 7 and 10, confirms the value of Eni’s asset portfolio in the Sureste Basin. The overall estimate of resources in place currently exceeds 1.3 billion barrels of oil equivalent (Bboe) which allows Eni to advance with the studies towards a potential future “Hub” development, including

Enping 21-4 oilfield was developed with 2 extra extended reach wells drilled from the existing production platform.  www.cnoocltd.com CNOOC Limited announced recently that the Enping 21-4 Oilfield Development Project has commenced production. The project is located in the eastern South China Sea, with an average water depth of approximately 89 meters. It will be developed by leveraging the existing production facilities and is expected to achieve a peak production of approximately 5,300 barrels of oil equivalent per day in 2025. The oil property is light crude. The Company endeavours to improve project efficiency through technological and managerial innovation. Enping 21-4 oilfield was developed with 2 extra extended reach wells drilled from the existing production platform. The well depth exceeds 9,500 meters. The successful application of the development mode has set an example for similar projects of the Company. www.cnoocltd.com Powered by Induportals Media Publishing