... technologies capable of significantly enhancing the recovery factor of subsea assets. Subsea boosting and processing technologies have now been deployed in many fields over the globe. They have proven their reliability and efficiency to extract more hydrocarbon from subsea reservoirs. They represent a game...

... in our Bangkok office using remote control technology. Transformation of the collaboration culture is facilitated by daily optimization meetings and in-depth team discussions. Shared and streamlined best practices from three distinct offshore locations have improved production efficiency. Digital...

... strength or their active phase, or being highly contaminated with heavy hydrocarbons. Overall, the test results showed a limited efficiency of all the adsorbents tested. The mercury adsorption capacity was found relatively low due to a high level of contamination for all the adsorbents tested...

... with drilling plug placement. To address this severe lost circulation problem, a decision flow chart was constructed and combined with an engineered lost circulation approach to combat losses and strengthen the wellbore across these natural fractures. This approach was designed to more efficiently drill a new...

... Abstract Gas-capped oil reservoirs make up a significant proportion of reserves in Bohai basin, thus the efficient development is crucial. Traditional strategy is to deplete the reservoir before water flooding, leveraging the elastic energy. However, under the context of net-zero carbon...

... Abstract This paper focuses on the application of a semi-autonomous ground robot equipped with a manipulator in offshore oil and gas fields. The main goal is to evaluate the robot's ability to meet industry standards and enhance operational efficiency. The robot's functions include inspections...

... and production parameters for the development of water and gas alternation in deepwater oil fields. geology waterflooding miscible method reservoir flow in porous media chemical flooding methods geologist flooding enhanced recovery fluid dynamics numerical simulation recovery efficiency...

... management systems safeguard the continuity and efficiency of the components that make an asset run smoothly throughout its lifespan. These measures involve persons, systems, procedures, and resources that affect asset operations. Integrity management systems also prioritize health, safety, and environmental...

... efficiency. It uses high power machinery to meet the process plant's needs, which leads to high carbon emissions. The first step of the FLNG clean energy trial effort involves using clean energy for onboard power generation. To achieve a clean energy mindset, it is vital to use clean fuels like hydrogen...

... installation on tube bundle to improve its efficiency, 3) dashboard to track heat exchanger performance, monitor it in real-time, and forecast the next cleaning cycle, 4) data science model evaluation and deployment for the RVP model, 5) an alert mechanism if the model's accuracy is unacceptable and requires...

... with the conventional multi-objective optimization is conducted based on one test function and one benchmark reservoir simulation model to verify the efficiency of the proposed method. It is confirmed that the proposed method outperforms the conventional ones for the optimization of CO 2 -WAG injection...

... Abstract The oil and gas industry confronts formidable challenges in optimizing production and ensuring the secure and efficient transportation of hydrocarbons while minimizing production downtime and intervention costs. These challenges are particularly dramatic in offshore and subsea...

... power management to achieve the most efficient load range of 70%, utilizing an auxiliary generator during wireline logging to reduce diesel consumption, implementing a monitoring system to ensure effective diesel consumption, and assessing the potential fuel savings and contribution to greenhouse gas...

... Abstract Breaking through the fast-paced world of digital drilling and automation with the technology we have built today, we are able to recognize areas of opportunity where performance and efficiency can be achieved and sustained. To realize this, for the first time in Asia Pacific...

... by water wetting; thus, reducing the mud on the wall risk by separating the mud from the cement in the casing and annulus to help acquire good cement bonding. Solids in the spacer increases the cleaning efficiency of mud on the wall. An engineered scrubbing fiber, presented in this paper, is added...

... high torque, interbedded high impact formation, and long reach wells; (5) Utilization of LWD tool with single co-located formation evaluation sensors to enhance safety, surface handling efficiency, and geo-stopping; (6) high-resolution real-time data for high-speed drilling and safe BHA pull out...

... Abstract Water-Alternating-Gas (WAG) injection has been widely implemented to improve volumetric sweep efficiency from gas injection alone. However, the WAG still suffers from gravity segregation, especially in thick and heterogeneous reservoirs with large well spacing. This study aims...

... development sustainability module co 2 platform combustion gtc absorber social responsibility floating production systems capture module implementation configuration efficiency climate change requirement offshore application layout shell catalyst carbon capture module application compact...

... operational costs associated to excessive energy consumption. This paper describes how Permanent Magnet Motors (PMM) summed up with different pump and gas separation technologies were designed, evaluated, and implemented to successfully overcome the described challenges, achieving greater system efficiency...

... serious heat losses and unsatisfactory oil recovery under large well spacings. Therefore, this study aims to solve such technical issues as "efficient production with fewer wells" and "high recovery with large well spacings". A recovery strategy is developed: improved recovery efficiency during...