... liquified natural gas (lng) machine learning trunkline machine-learning model production monitoring production control slug catcher prediction physics-based model pipeline pigging optimizing midstream operation psig 2528 operator receipt point integrating data liquid slug prediction tommy...

... psig 2424 pig velocity flowline pipeline pigging slug catcher separator flowrate scenario pig travel time frequency pigging operation design Abstract Pigging operations play an important role in the long-term condition and integrity of pipelines and gathering systems...

... fuzzy logic equation piping simulation approximation slug catcher piping design psig 2410 accuracy expansion pipeline numerator artificial intelligence denominator frequency matt lubomirsky psig 2410 novel transfer function approximation cody allen roman zamotorin...

... production monitoring production logging production control reservoir surveillance pipeline corrosion artificial intelligence upstream oil & gas slug catcher orientation correlation two-phase flow pattern pipe configuration fluid dynamics circular pipe diameter flowline...

... midstream oil & gas universidad nacional reduce slug catcher capacity slug catcher variation dulce gomez psig 2104 producer upstream oil & gas graph 3 liquid unit system flow peak english unit system pipeline simulation interest group pipeline luciano langhi metric unit...

.... The results for only one composition will be presented here. reservoir surveillance fpso floating production system engineering spike gas flow rate mclawhon production logging production control pipeline transient behavior envelope slug catcher export pipeline psig 1811 simulation valve...

... and can damage equipment. It can usually be identified by measurements of pressure, flow, and composition; however, its formation may not follow a cyclical pattern or trend. There are, in general, several means to mitigate slugging in pipelines such as slug catchers; oversized separators, which can...

... is revisited to illustrate how these concepts may be applied in sizing a slug catcher. Introduction As the transport of oil and gas products in a multiphase manner is increasingly stretched over greater distances with development in more hostile environments, so too has the importance of sustaining reliable...

... new operating condition processing plant viscosity reservoir surveillance correlation liquid holdup production monitoring augusto garcia-hernandez slug catcher production facility Copyright 2014, Pipeline Simulation Interest Group This paper was prepared for presentation at the PSIG Annual...

.... separator pressure simulator simulation interest group simulated mixture density mixture density production control slug catcher production monitoring piping simulation production logging ellul reservoir surveillance olga transition slug flow multiphase flow equation ledaflow psig 1117...

... pressure drop, downstream slug catcher design, scraping operation, etc. In performing pipeline steady- state liquid holdup and pipeline pressure drop calculations, one can choose either multiphase dynamic simulator or multiphase steady-state simulator. It was found that there could be significant...

... and hydrate prevention, and in this paper the main focus will be on liquid handling. Liquid handling is important because it determines the sizing of the slug catcher, the plant liquid processing capacity and the pipeline. In addition liquid handling is closely tied to how the pipeline can be operated...

... 0403 platform production monitoring slug catcher size correlation multiphase flow mmscfd slug catcher flowrate reservoir surveillance production control equation © Copyright 2004, Pipeline Simulation Interest Group This paper was prepared for presentation at the PSIG Annual Meeting held...

... before liquid starts to accumulate considerably is an important feature, which usually limits the operational envelope for a gas-condensate pipeline. Liquid accumulation in a pipeline may cause slugging problems, and the accumulated liquid may potentially overfill the slug catcher at the receiving...

... to line size when it comes to turndown ratios, rampup feasibility, and slug catcher requirements. Multiphase pipeline design should take into account a range of steady state and transient scenarios in order to define the overall operating envelope that the system will function within. The purpose...

... drop production control production monitoring flowline inclination holdup fraction pipeline transient behavior liquid inventory full wellstream transfer reservoir surveillance slug catcher calculation prediction input data upstream oil & gas production logging two-phase flow flow...

... monitoring simulation slug catcher liquid holdup equation production logging reservoir surveillance upstream oil & gas relap mod flow rate onset riser ipeline simulation interest group downward mod production control two-phase hydrocarbon mixture P.IPELINE SIMULATION INTEREST GROUP...