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Submarine Pipeline Installation: Pipe Laying
http://pipelineinstallation.blogspot.com/2009/06/pipe-laying.html
Buyon Guo, Shanyong Song, Jacob Chacko, Ali Ghalambor (2005) Offshore Pipelines, Standards and Technical Publications, South Australia. Subscribe to: Post Comments (Atom). Awesome Inc. template. Powered by Blogger.
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Submarine Pipeline Installation: Seabed Intervention
http://pipelineinstallation.blogspot.com/2009/05/seabed-intervention.html
Modifications of the natural seabed that may be need which include:. Smoothing of seabed profile to reduce free span length. Subscribe to: Post Comments (Atom). Awesome Inc. template. Powered by Blogger.
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Pipeline Encyclopedia: Subsea Insulation Valve (SSIV)
http://pipelineencyclopedia.blogspot.com/2010/03/subsea-insulation-valve-ssiv.html
Subsea Insulation Valve (SSIV). Subsea/ Sub-surface Insulation Valve is often placed in offshore pipeline to give an emergency stop point in the event of line rupture or on fire. Http:/ www.spe.org/glossary/wiki/doku.php/terms:ssiv. February 22, 2012 at 5:25 AM. July 16, 2016 at 1:22 PM. Great thread it its really informative and innovative keep us posted with new updates. its was really valuable. thanks a lot. August 1, 2016 at 2:40 PM. Subscribe to: Post Comments (Atom). Types of Natural Gas.
pipelineengineering.blogspot.com
PIPELINE ENGINEERING DESIGN: Flange
http://pipelineengineering.blogspot.com/2014/12/flange.html
The types of flanges can be divided into:. 1 Codes and Standards flange:. ASME weld neck flange;. ASME Swivel ring flange. Misalignment flange (Taper-Lok);. Subscribe to: Post Comments (Atom). Field Joint Coatings Selection. Awesome Inc. template. Powered by Blogger.
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Pipeline Encyclopedia: Types of Natural Gas
http://pipelineencyclopedia.blogspot.com/2014/12/types-of-natural-gas.html
Types of Natural Gas. Natural gas is fossil fuel (form from decays of organic matter) that mostly consists of methane (CH 4. Which is extracted by drilling wells into underground reservoir. The natural gas is divided into:. The conventional gas reservoirs are largely consist of porous sandstone formations capped by impermeable rock, where the natural resources are trapped. It is easier to access and extract compared to unconventional. The unconventional gas is divided into:. Tight gas; or. Subscribe to: ...
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Pipeline Encyclopedia: J-Tube
http://pipelineencyclopedia.blogspot.com/2010/07/j-tube.html
A J-tube is a conduit that has the shape of the letter “J” that is attached to the platform. J-tube consists of the following components:. The J-tube pull-in design can be found in the following link:. Http:/ pipelineengineering.blogspot.com/search/label/J-Tube%20Design. A C Walker and P. Davis, A design basis for the J-tube method of riser installation, Journal of Energy Resources Techonology, ASME, Sept 1983. Http:/ www.marktool.com/tool-rubber/J-Tubes. July 3, 2010 at 7:24 AM. Types of Natural Gas.
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Pipeline Encyclopedia: Wave
http://pipelineencyclopedia.blogspot.com/2012/03/wave.html
Wave can be classified into:. Regular wave - a periodic wave with a single period. Random wave (spectrum) - a superposition of a number of regular linear waves of differing heights and periods. There are two types of regular wave:. Linear wave theory (Airy) - symmetric (Crest height = Trough height);. Non-linear wave theories (Stoke's 5th order theory, Dean's stream function theory etc.) - asymmetric (Crest height Trough height). Subscribe to: Post Comments (Atom). Types of Natural Gas.
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Pipeline Encyclopedia: Monolithic Insulating Joints (MIJ)
http://pipelineencyclopedia.blogspot.com/2009/11/monolithic-insulating-joints-mij.html
Monolithic Insulating Joints (MIJ). Monolithic Insulating Joints are used to electrically isolate pipeline segments. The joints are used for the sectioning of main pipelines (gas, oil or water) and service lines and ensure cathodic protection and electrical safety in pipelines. Labels: Monolithic Insulating Joints. Subscribe to: Post Comments (Atom). Types of Natural Gas. Awesome Inc. template. Powered by Blogger.
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PIPELINE ENGINEERING DESIGN: S-N Fatigue Assessment
http://pipelineengineering.blogspot.com/2014/12/s-n-fatigue-assessment.html
The S-N high cycle fatigue assessment is conducted to determine the pipeline fatigue life under the high cyclic temperature and pressure fluctuations. A fatigue assessment of response that is associated with number of cycles more than 10000 is denoted high cycle fatigue, where the assessment is performed based on calculation of elastic stresses. 8226; Girth weld cap;. 8226; Girth weld root;. 8226; Longitudinal seam weld (except seamless pipe). 8226; axial stress;. 8226; hoop stress;. 8226; Bending stress.
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PIPELINE ENGINEERING DESIGN: Asset Integrity Management (AIM)
http://pipelineengineering.blogspot.com/2015/01/asset-integrity-management-aim.html
Asset Integrity Management (AIM). The purpose of pipeline integrity management includes:. To ensure ability of the pipeline to perform its required function effectively and efficiently over its life cycle from conceptual to decommissioning of the pipeline by preventing failure/damage caused by degradation of its physical condition;. Meeting all legislative and statutory requirements including HSE requirements;. Threat to pipeline integrity includes:. Ie operating pressure and temperature;. Risk Based Ins...
