... completion installation and operations flow assurance erosion rate measurement and control production logging production control erosion reservoir surveillance real time system pipeline leak detection production monitoring particle workflow prediction digital twin sand production...

... diameter of 18.4 mm which was 1.8 times larger than that of perforations near phase 0 degree (10.4 mm). What's more, the CFD simulation results were in perfect agreement with the downhole video imaging data. The simulated flow field distribution map showed that there were huge difference in erosion rates...

... glir pptb erosion rate production control recommendation gas injection relation thp engineer grain size distribution Introduction Sensitivity inputs are prepopulated with the data available in the database as per source of the data for the workflows to run. Clicking the Run button...

... visual monitoring of well sand count data and compliance to well sampling plan in the IO platform, and by performing daily computation of erosional rates together with remaining wall thickness on surface flowlines - achieved by combining live well parameters with latest sand count data, latest well test...

... workflow was introduced in R field to manage and minimize the risk that sand production poses to the production facility by monitoring the sand production and its resulting erosion rate, and raise alarm immediately when these conditions violates the allowable threshold. The workflow serves as an enabler...

... count appraisal well real-time sand monitoring i-group reservoir sand management philosophy production monitoring Upstream Oil & Gas gas production erosion rate requirement particle size Erosion Limit society of petroleum engineers sand particle size Introduction B-field gas...

... Abstract Traditional erosion modelling on oil and gas equipment frequently assumes a fixed erosion rate and unchanging surface profile throughout the erosion exposure period. This approach does not account for the constantly changing surface and changes in the fluid flow, and may therefore lead...

.... It is reasoned that the geometry of equipment can be modified to alter the flow field so that erosion is more evenly distributed, thereby reducing local maximum erosion rates and thus extending the functional life of equipment. It is therefore useful to visualize the erosion distribution and qualitatively...