... and magnitude [2]. compressors engines and turbines data quality midstream oil & gas transfer function artificial intelligence mass flow roughness simulation model roman zamotorin cody allen gas compressor friction factor example 2 example 1 modeling & simulation fluctuation...

... Abstract Midstream gathering systems present several unique pipeline simulation modeling challenges. The first, and most significant challenge, is that systems are not static. In fact, systems are constantly changing as new wells are added and depleted. One method of handling this constant...

... an unknown amount of production from an unknown number of wells. simulation model sink pressure basin low-pressure gas gathering system trunkline modeling steady-state modeling piping simulation production control compressors engines and turbines workflow automation production monitoring...

... of a pipeline. calculation verification different equation piping simulation coefficient osiadacz approximation psig 1010 pipeline piping design fluid modeling flow model virial coefficient simulation model upstream oil & gas compressibility factor modeling & simulation heat...

... Modeling & Simulation simulation model Midstream Oil & Gas ABSTRACT This tutorial session discusses a systematic approach to building a well balanced pipeline model. The presentation describes a step-by-step method for constructing a stable pipeline network simulation model...

... requirements, and as a business development and planning tool. Because GIS and pipeline simulation software have similar characteristics and use similar data these companies have begun integrating the two. This paper discusses the issues and experiences of creating pipeline simulation models from GIS...

..., P.O. Box 22625, Houston, TX 77227, U.S.A., fax 01-713-586-5955. ABSTRACT This paper identifies procedures which can be used to quantify reasonable and useful data arrays for head versus flow, efficiency versus flow, and BHP versus flow of a centrifugal pump for use in hydraulic simulation models...

... uncertainties can typically be expected. holdup simulation model pipeline transient behavior total liquid content angle distribution fraction inclination angle slug catcher production logging production control complex reservoir condensate pipeline psig 0501 operation condensate reservoir...

... ABSTRACT It is inevitable that pipeline companies will be relying increasingly upon simulation models in the near future to provide timely information for business decisions. Before models can provide this information, they will need to be implemented within the gas control environment...

... ABSTRACT A simulation model is being developed to track the operation of a two-phase wet gas pipeline in Indonesia. The on-line model continually receives SCADA updates assuring accurate conformance to the actual pipeline. The information generated by the model supports the Pipeline Management...

... ABSTRACT A typical approach taken to modeling gas field production gathering networks is to input "fixed" flow rates at a particular point in time to size pipelines and/or identify restrictions to flow. A numerical reservoir simulation model is often used to forecast the production rates...

... ABSTRACT Centra Gas, a Local Distribution Company in Winnipeg, Canada, has installed an integrated transient simulation model and SCADA system. This is a completely Windows NT@ pipeline operating system that allows the simulation model to recall historical transient pipeline conditions...

... ABSTRACT In the post 636 environment, many pipeline companies have elected to install real-time and predictive simulation models in the gas control room. The technology is needed to properly control pipelines in the face of operations being dictated to a large extent by customer scheduled...

... ABSTRACT Following the history of steady state optimization applied to OMV's distribution and transmission systems, the development of an optimization method, based on Sequential Linear Programming will be described. An iterative cooperation between a detailed simulation model and a simplified...

... Abstract In 1985, Ruhrgas AG launched the DYNOS (mamic @r-Line Simulation) project to develop computer systems to support its dispatching activities. By the end of 1989 a major step was completed and a transient on-line simulation model was installed. This step was the subject of a paper...

... these computers Remote Masters (RMs). The RMs gather data from Remote Terminal Units (RTUs) installed at key locations along the pipeline. The RTUs are incorporated in CIG's in-house-developed Supervisory Control and Data Acquisition (SCADA) system. simulation model requirement real time system project...

... traffic. The main goal of the operation is to meet the daily nominations of gas given by the buyers on the European Continent. pipeline thermodynamic package leak detection upstream oil & gas predictive model operation simulation model operator pipeline system simulation calculation...