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Search Petrowiki: Pipeline design consideration AND standards
...Pipeline design consideration and ...standards The considerations and ...standards guiding ...
The considerations and standards guiding pipeline design insures stability and integrity in the industry. The fluid flow equations and formulas presented thus far enable the engineer to initiate the design of a piping or pipeline system, where the pressure drop available governs the selection of pipe size. This is discussed below in the section onvelocity considerations for pipelines. Once the inner diameter (ID) of the piping segment has been determined, the pipe wall thickness must be calculated. If there are no codes or standards that specifically apply to the oil and gas production facilities, the design engineer may select one of the industry codes or standards as the basis of design. The design and operation of gathering, transmission, and distribution pipeline systems are usually governed by codes, standards, and regulations. The design engineer must verify whether the particular country in which the project is located has regulations, codes, and standards that apply to facilities and/or pipelines. This standard applies to steam piping systems. Chemical Plant and Petroleum Refinery Piping.[2] This standard applies to major facilities onshore and offshore worldwide. This standard applies to onshore oil pipeline facilities.
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...Talk:Pipeline design consideration and ...standards Please, be aware that Eq 5 is wrong. It should be d 2...
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...Pipeline pigging ...Pipeline pigs are devices that are placed inside the pipe and traverse the ...pipeline. Contents * 1 Uses * 1.1 Hydrostatic testing * 1.2 ...
Pipeline pigs are devices that are placed inside the pipe and traverse the pipeline. Pigs may be used in hydrostatic testing and pipeline drying, internal cleaning, internal coating, liquid management, batching, and inspection.Figure 1 shows several types of pipeline pigs. Pigs are used during hydrostatic testing operations to allow the pipeline to be filled with water, or other test medium, without entrapping air. The pig is inserted ahead of the fill point, and water is pumped behind the pig to keep the pipe full of water and force air out ahead of the pig. Pigs are then used to remove the test waters and to dry the pipeline.
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...Pipeline pigs are devices that are placed inside the pipe and traverse the ...pipeline. Pigs may be used in hydrostatic testing and ...pipeline drying, internal cleaning, internal coating, liquid management, batching, and inspection. Fig. 1 sh...
Pipeline pigs are devices that are placed inside the pipe and traverse the pipeline. Pigs may be used in hydrostatic testing and pipeline drying, internal cleaning, internal coating, liquid management, batching, and inspection. Figure 1 shows several types of pipeline pigs. Pigs are used during hydrostatic testing operations to allow the pipeline to be filled with water, or other test medium, without entrapping air. The pig is inserted ahead of the fill point, and water is pumped behind the pig to keep the pipe full of water and force air out ahead of the pig.
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...Piping and pipeline systems Once oil and gas are located and the well is successfully drilled and completed, the prod...ansferred for eventual sale. Contents * 1 Typical system * 2 Well flowline * 3 Gathering/sales pipeline * 4 Transmission ...pipeline * 5 References * 6 Noteworthy papers in OnePetro * 7 External links * 8 See also Typical syste...
Once oil and gas are located and the well is successfully drilled and completed, the product must be transported to a facility where it can be produced/treated, stored, processed, refined, or transferred for eventual sale. Figure 1 is a simplified diagram that illustrates the typical, basic "wellhead to sales" concept. The typical system begins at the well flow-control device on the producing "wing(s)" of the wellhead tree and includes: * The well "flowline" * Production/treating/storage equipment * Custody-transfer measurement equipment * The gathering or sales pipeline * The piping and pipeline systems typically associated with producing wells include, but are not limited to: * The well flowline * Interconnecting equipment piping within the production "battery" * The gathering or sales pipeline * The transmission pipeline A brief description of the associated piping/pipeline systems is given next. The well flowline, or simply flowline, is the first "pipeline" system connected to the wellhead. The flowline carries total produced fluids (e.g., oil, gas, and production water) from the well to the first piece of production equipment--typically a production separator.
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...Pipeline safety and reliability The safe transportation of hydrocarbons and other fluids within pipelines ...top priority within the oil and gas industry. Companies are subject to several federal regulations, standards, and monitoring from agencies such asThe National Energy Board Onshore ...Pipeline Regulations (OPR); under the National Energy Board Act,The U.S. Department of Transportation – PHMS...
The safe transportation of hydrocarbons and other fluids within pipelines is a top priority within the oil and gas industry. Companies are subject to several federal regulations, standards, and monitoring from agencies such asThe National Energy Board Onshore Pipeline Regulations (OPR); under the National Energy Board Act,The U.S. Department of Transportation – PHMSA, and The Transportation Safety Board (TSB).The safe transportation of hydrocarbons and other fluids within pipelines is a top priority within the oil and gas industry. Companies are subject to several federal regulations, standards, and monitoring from agencies such asThe National Energy Board Onshore Pipeline Regulations (OPR) under the National Energy Board Act,The U.S. Department of Transportation – PHMSA, and The Transportation Safety Board (TSB). Designing and building onshore and subsea pipeline transportation projects that are safe, sustainable, and ecofriendly have been an ongoing mission of the industry. Each project must address the following basics with any pipeline project including engineering, procurement, construction, feasibility, permitting, program management, and the pipelines lifecycleTo meet the pipeline industry's goal of incident-free operation, pipeline operators invest considerable human and financial resources to protect the people, property and environments near pipelines.
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...Category:4.2.2 Pipeline transient behavior . Pages in category "4.2.2 ...Pipeline transient behavior" This category contains only the following page. P * ...Pipeline design consideration and ...
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...eum Engineers Chapter 9 – Piping and Pipelines Ralph S. Stevens III and Don May, AMEC paragon's Pipeline Group Pgs. 317-394 ISBN 978-1-55563-116-1 Get permission for reuse Once oil and gas are locat...tion/treating/storage equipment, custody-transfer measurement equipment, and the gathering or sales pipeline. Information and detailed discussions concerning petroleum production, treating, storage, and measu...ers of thisHandbook. * Fig. 9.1--Wellhead to sales (courtesy of AMEC Paragon). The piping and pipeline systems typically associated with producing wells include, but are not limited to, the well flowlin...
Once oil and gas are located and the well is successfully drilled and completed, the product must be transported to a facility where it can be produced/treated, stored, processed, refined, or transferred for eventual sale.Figure 1.1 is a simplified diagram that illustrates the typical, basic "wellhead to sales" concept. The typical system begins at the well flow-control device on the producing "wing(s)" of the wellhead tree and includes the well "flowline," production/treating/storage equipment, custody-transfer measurement equipment, and the gathering or sales pipeline. Information and detailed discussions concerning petroleum production, treating, storage, and measurement equipment are located in various chapters of thisHandbook. The piping and pipeline systems typically associated with producing wells include, but are not limited to, the well flowline, interconnecting equipment piping within the production "battery," the gathering or sales pipeline, and the transmission pipeline.
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...e associated electrical systems be designed adequately. This chapter covers essential topics in the design and operation of the electrical system and discusses the construction and specification of electric... motors. Contents * 1 Electrical Codes and Standards * 2 Power Sources * 3 Sizing and Selection of the Power Supply * 4 Electrical-Distribution Syste...r) * 7 Power Factor and Use of Capacitors * 8 Hazardous-Area Classification * 8.1 North American Standards * 8.2 International Electrotechnical Commission (IEC) ...
The electrical system of a typical oil field consists of power generation, power distribution, electric motors, system protection, and electrical grounding. The power is either generated on site or purchased from a local utility company. To ensure continuous production from an oil field, it is of utmost importance that the associated electrical systems be designed adequately. This chapter covers essential topics in the design and operation of the electrical system and discusses the construction and specification of electric motors. Various organizations in the U.S. and other countries have developed many electrical codes and standards that are accepted by industry and governmental bodies throughout the world. Other state and/or municipal regulations also may apply. The required power for the oil field is either generated on site by engine- or turbine-driven generator sets or purchased from a local utility company. The engines or turbines may use diesel or natural gas as a fuel.
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