... field development, becomes increasingly significant. The paper analyzes the composition, design challenges, and performance under extreme conditions of ultra-deepwater umbilical cable systems. Utilizing recent data collected from umbilical cable systems that are tied-back to six floating platforms...

..., integrating new functionality through the collaboration of the automation platform to facilitate system’s use. After 10 months of operation, this delivery surpassed all expectations by exceeding its improvement targets. The remarkable levels of adoption have acted as a catalyst, propelling continuous...

... majority of the gas processing units are located on either integrated Central Processing Platform (iCPP), Floating Production Storage and Offloading (FPSO) or subsea tie-ins concept into existing sour gas processing hub riding on maximizing synergy of CCS technology within the area. These concepts have...

... category and a forerunner as the largest offshore CCS project globally (injection rate and CO2 storage capacity). Field X is highly contaminated, up to 25 mol% of CO 2, and is located at 110 meter of water depth, offshore Sarawak, Malaysia. The development consists of a single wellhead platform (WHP...

... to the carbon capture systems developed for onshore applications. For floating platforms, the associated motions of the platform shall be taken into account in the design of the module structures and equipment configuration. Some other considerations that have been made for the design of the offshore carbon...

... and creation of computer programs capable of performing time-history WID simulations. Platform life-extension involves several unique challenges, especially when it involves platform subsidence leading to WID action. One of the latest computational techniques currently available is Lagrangian Momentum...

... platform engineering university lateral resistance stability china university mechanical characteristic Introduction Deepwater drilling accidents are frequent, and according to operational data, 50% of deepwater drilling accidents occur in shallow drilling, which makes the establishment...

... Platform T is a lightweight marginal field wellhead platform situated off-the-coast of Sarawak, Malaysia located 3.3 nautical miles from shore with a water depth of approximately 10 meters from Mean Sea Level (MSL). The Conductor Supported Minimum Offshore Structure (CoSMOS) concept had been selected...

... final phase of the oil and gas production cycle. coda offshore technology conference offshore facility decommissioning decommissioning future decommissioning australia government building regional capacity shortage regulator operator requirement australia workload nopsema platform...

... operations. robot wellhead platform limitation sensor operation thailand valve artificial intelligence offshore operation efficiency remote offshore wellhead platform inspection platform prototype robot application gulf semi-autonomous telepresence robot certification Introduction...

... wells. The drilling sequence considered offline well testing and casing cementing operations while, simultaneously, the rig was skidded to drill other wells on the same platform. Furthermore, well sequence optimization considered reservoir management and well hook-up. Overall risks were considered while...

... of the mechanical properties and cumulative fatigue damage of suction piles during drilling. Based on a flexible deformation model of the riser, and considering environmental load effects, mechanical analysis models for the platform-riser and the subsea wellhead suction pile foundation are established separately...

... Abstract In this work we present a coupled computational fluid dynamics and fluid-structure interaction approach for simulating the dynamics of floating offshore wind turbines (FOWTs). The multiphase flow over the platform is solved using a cartesian cut-cell approach coupled...

..., it was expensive to set up remote control centers far from production platforms. However, advancements in communication technology, such as fiber optics, have reduced the cost of providing a remote IOC project by about 20 times. Data technology has progressed to the point where we can now investigate the specifics...

... Abstract The present work proposes a semi-empirical method to configure, size and carry out the preliminary design of a fixed offshore platform considering only a few basic input parameters when topside details are unavailable. Input parameters include the water depth, maximum wave height...

... Abstract IGUSA (Intelligent Global Ultimate Strength Analysis) is a tool developed by PETRONAS to predict the ultimate strength of a fixed offshore jacket platforms installed in Malaysian waters using machine learning techniques. The ultimate strength, or more commonly represented by Reserve...

... upstream oil & gas oilfield well spacing reserves evaluation thickness heavy oil reservoir platform cost effective framework enhanced recovery waterflooding investment optimization offshore technology conference well pattern marginal oilfield water injection hongfu sand body...

... and focus on cost control during the last oil downturn; marginal fields are now seen as economically viable and are being sanctioned to keep up with the falling production demand. These fields are typically developed via the use of minimum often unmanned wellhead platform or through Jack up Shallow water...

... Abstract In Malaysia, over 400 oil and gas platforms are in operation. In every life cycle of a platform, it undergoes decommissioning. The most used method is by relocating the asset to an onshore fabrication facility. The alternative to onshore decommissioning is by reefing structures in-situ...

... Abstract Capturing the reservoir heterogeneity is crucial for optimizing field development. Lang-Lebah field is a Miocene carbonate platform with approximately 5 sq.km. in size and over 1 km in height with a high degree of heterogeneity in both vertical and horizontal directions. In this study...