... co 2 reservoir upstream oil & gas monitoring acquisition subsurface storage m-foss surface seismic requirement time-lapse surface seismic plume migration technology screening cement evaluation logging climate change injection cost effective mmv planning selection integrity...

... problems with the metering/monitoring systems in the field. upstream oil & gas waterflooding allocation enhanced recovery composition chromatogram geochemical characterization production allocation tracer test analysis chemical tracer fingerprinting paper compound brine breakthrough...

... production decision technology fuses historical data, real-time data, and predicted data to track the past, monitor the present, and predict the future. Firstly, it integrates all the needed data with 3D models visually. Secondly, the total elements information perception technology, augmented reality...

... from the performance monitoring module of the physics-based model to perform anomaly detection and estimate Remaining Useful Life (RUL). Abstract A dynamic digital twin solution has been implemented to enable process equipment condition monitoring on key topsides equipment such as gas compressors...

... 2 Proposed Monitoring Technologies and Their Timing. Monitoring Category Monitoring Method Baseline Frequency Injection Phase Frequency (30 years) Post-Injection Frequency (20 years) Monitoring Plan Update N/A As required As required As required CO 2 Injection Stream...

... Abstract Wellheads have a major role in ensuring well integrity, providing access to the wellbore and flow control. It is vital to constantly monitor the wellhead fluid pressure and temperature effectively in order to maintain the full control of wellbore fluids. Over the years, wellheads have...

... risk categorization was carried out to determine the robustness of the reservoir for long term CO 2 storage. Abstract CO 2 sequestration in depleted carbonate reservoir stipulate incorporation of comprehensive and trailblazing monitoring technologies. 4D time-lapse seismic is sine qua non...

... on the 4D interpretations is high due to good quality and frequent seismic data from a permanent reservoir monitoring system. In the example presented, a scenario where only water saturation effects occurs (e.g. aquifer water invading oil zone), 12 to 16% P-impedance (IP) increase (hardening effect...

... of technological measures, as well as conducting research to monitor the current state of existing wells. Traditional methods for monitoring the inflow profile are not always effective and cost-effective, especially when it comes to hard-to-recover reserves. One of the most progressive solutions is the use...

.... This is an important experiment for the field in the future so that the need to halt insitu field production for 4D time lapse monitoring will not be required if the S/N is acceptable by using this method. This permanent installation of fiber optic cables has become our ears on wells, not only for 3D DAS VSP...

... respirators when engineering controls cannot reduce exposures to below the PEL, offer medical monitoring to personnel constantly exposed to respirable crystalline silica above PEL, and train employees on the acceptable limit of dust and how to limit exposure. OSHA has also included an action level at 25 μg/m...

... Abstract The ability to make real-time adjustments to hydraulic fracturing treatment design and pumping schedules leads to more-effective proppant placement and ensures every cluster delivers its full potential. There are numerous advanced methods to monitor and interpret the fracturing...

... compared with well testing method, enables us to monitor the water-breakthrough locations and reduces the multiplicity of well testing interpretation in well performance evaluation. Finally, this method has been successfully applied to Changqing Oil Field, and results obtained by well testing and ERT...

... the hydraulic fractures and wellbore. The SOE is defined for each individual well, using a combination of geomechanical and multiphase transport modeling. It accounts for reservoir properties, well completion, and fracture treatment parameters. High-resolution, real-time monitoring of well performance...

...: Establish the objectives for the application. Planning phase: Study and compile offset data to provide a target well description; identify and diagnose problems; develop solutions and prepare a plan of action. Drilling phase: Implement action plan; continuously monitor and revise plan. Post-well...

... In addition to monitor the fields for effective surveillance from an operational perspective, data can provide insights and foresights to support strategic and tactical decisions including proactive monitoring if the organization has the analytical capabilities to derive more value from...

.... The rubber sleeves inside the core holders have four equidistant pressure (2.4 in. apart) connected to pressure transducers. These transducers can thus monitor the pressure difference across a particular section. Consequently, the propagation of a wormhole can be recorded as a function of pressure drop...

... Abstract Discovered in 2002, Perdido is a Gulf of Mexico frontier ultra-deepwater development, and its success has been heavily dependent on several technologies: 4-D seismic for waterflood management, PMTs (pressure monitoring transducers) for subsidence monitoring, MPD (managed pressure...

... oil for decades to come, this project is being pursued primarily to demonstrate the feasibility of sequestering CO2 through EOR in the Kingdom and using it as grounds to test new monitoring and surveillance (M&S) techniques. The project consists of two components: the actual EOR project in a small...

... Downtime operation monitoring asset management strategic planning and management Upstream Oil & Gas KPI recovery factor operator society of petroleum engineers application reservoir dashboard Abstract Operators nowadays are swimming in huge terabytes of data through continuous data...