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Preventing Hydrate Formation in Gas Transporting Pipe Lines with Synthetic Inhibitors

Journal Name:

  • International Journal of Science and Engineering Investigations

Publication Year:

  • 2012

Key Words:

Author NameUniversity of Author
Abstract (2. Language): 
Gas hydrates are ice like crystals, but they are different in structure. gas hydrates formation in gas transporting pipe lines causes clogging the pipe lines, and prevents transporting gas .therefore gas hydrates formation should be prevented because clogging price is high and it’s time- consuming. To stop gas hydrate formation in gas transporting pipe lines, chemical inhibitors are used. These inhibitors are divided into thermodynamic and synthetic inhibitors. Synthetic inhibitors are used with low density and prevents making and growing of crystal hydrates. This article will focus on analyzing synthetic inhibitors, and their function the task orders are as followed: 1. Synthetic investigation of hydrate formation with and without presence of inhibitor. 2. Using Kashchiev- Firozabad model and experimental data of gas transporting pipe lines for drawing synthetic graphs of gas hydrates formation with presence of synthetic inhibitors.
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  • 9
48-50
  • English

REFERENCES

References: 

[1] Samimi, Amir, Zarinabadi, Soroush, An Analysis of Polyethylene
Coating Corrosion in Oil and Gas Pipelines, Journal of American
science,U.S.A.,2011
[2] Zarinabadi, Soroush, Samimi, Amir, Scrutiny Water Penetration in
Three-layer Polyethylene Coverage, Journal of American science,
U.S.A., 2011
[3] Samimi, Amir, Zarinabadi, Soroush, "Reduction of greenhouse gases
emission and effect on environment.", Australian journal of basic and
applied science, 752-756, 2011
[4] Zarinabadi, Soroush, Samimi, Amir," Problems of hydrate formation in
oil and gas pipes deal," Australian journal of basic and applied science,
2011
[5] Zarinabadi, Soroush, Samimi, Amir, Erfan Ziarifar, Mohammad Sadegh
Marouf, Modeling and Simulation for Olefin Production in Amir Kabir
Petrochemical, Proceedings of the World Congress on Engineering and
Computer Science 2010 Vol II WCECS ,San Francisco, USA,2010
[6] Rice, W., "Hydrogen Production from Methane Hydrate with
Sequestering of Carbon Dioxide", International Journal of Hydrogen
Energy, 2006
[7] J. Crolet , ,M.R. Bonis, "Optimized Procedure for Corrosion Testing
Under CO2 and H2S Gas Pressure", CORROSION /89, paper No.17,
NACE Pub, Houston , 1989
[8] V.S. Sastri, "Corrosion Inhibitors Principles and Application", Wiley
Pub, New York.
[9] E. Eriksrud, T. Sonlvedt, “Advances in CO2 Corrosion", NACE pub,
Houston, 1984, Vol.1
[10] T.C. Chevro, M. Bonis, "Use of pH Stablization of Corrosion Control of
Long Multiphase Pipelines", TOTAL FINA ELF, second congress of
corrosion in oil Industries, Iran, Oil Industry University.
[11] Nazarboland A, Java poor S. ''Application of corrosion technology into
gas and oil pipe". Second national conference conference of technology
in oil craft, /challenges and strategies.
[12] A, Al-Mutawa S, Balboul S, Saad M. Hidden Problems with Three
Layer Polypropylene Pipeline Coatings, Abu Dhabi Company for
Onshore Oil Operations (ADCO)", P.O. Box 270, Abu Dhabi United
Arab Emirates
[13] External Fusion Bond Epoxy Coating for Steel Pipe/External
Polyethylene Coating for Pipe, CAN/CSA-Z245.20/CAN/CSA-Z،245.
[14] "Pipe Coating Method and Apparatus" Australia/ New Zealand
Standard, External extruded high-density polyethylene coating system
for pipes, 2002.

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