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The Rangely Oil Gathering project is designed to optimize two separate oil and water pipeline networks to one gathering network across an oil field with 400 wells. As part of the project, three phase separators at each of the 27 collection stations were converted to two phase separators and used to measure the combined oil and water slurries. Typical water cut is approximately 95%. Pump skids with vortex meters were installed on the liquid leg discharge of the two phase separators, which increased the pressure to match the receiving pipeline pressures. The slurry is then piped back to a central gathering location where the oil and water are separated.
FortisBC, a natural gas distribution company, operates a critical distribution pipeline serving over 600,000 customers. This pipeline is supplied by a large pressure control station using six parallel 16” Fisher V250 control valves.
32:57
Dr. Greg Morrow explains how Emerson's leak detection systems can be easily configured while offering multiple statistical methods along with machine learning to optimize leak detection over time.
4:10
Different methods for pipeline batch interface detection, including those done with Coriolis meters.
34:08
Emerson's John Nita describes how Emerson's approach to pipeline acceleration is helping Life Sciences manufacturers reduce production costs and time to market.
1:45
In upstream Oil & Gas, production tanks are often very remote, lacking automation and are not connected to a pipeline. @Christoffer Widahl explains how wired or wireless guided wave radars can be used to save time and comply with standards.
1:43
This video shows application pictures and illustrations for two of our products (Shafer Rotary Vane and Bettis GH) designed for natural gas transmission pipeline applications.
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