Products tagged with 'top-of-line corrosion'

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Dual Functional Corrosion Inhibitor Design And Testing For Top-Of-Line And Bottom Of Line Corrosion

Product Number: 51322-17787-SG

Author: Larry Chen, Nihal Obeyesekere, Jonathan Wylde, Michael Sim

Publication Date: 2022

$20.00

TOL corrosion is reported to occur in large diameter wet gas pipeline in stratified flow conditions
due to low fluid velocities1. With increasing distance from the inlet, the wet gas pipeline becomes
cooler as it loses heat to the environment. Such cooling causes water, hydrocarbon, and other
high vapor pressure species to condense on the pipe wall. The upper part of the pipe will
constantly be supplied with freshly condensed water while the less corrosive water saturated
with corrosion products will be drained along the pipe wall to the bottom of the line.

$Picture for Investigation of MEG-Water Co-Condensation by In-Situ Refractometry$

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Investigation of MEG-Water Co-Condensation by In-Situ Refractometry

Product Number: 51323-19285-SG

Author: Sondre Borg Gjertsen, Attila Palencsár, Tor Hemmingsen

Publication Date: 2023

$20.00

Top-of-Line Corrosion (TLC) is a practical but costly problem for unprocessed natural gas transport. Utilizing multiphase pipelines instead of processing the well-fluids offshore has required massive modeling development to control hydrate formation and corrosion. At the inlet of the pipelines, the gas, and other well fluids have much higher temperatures than the pipelines' outside environment, e.g., cold ocean water or river water.

Products tagged with 'top-of-line corrosion'

Dual Functional Corrosion Inhibitor Design And Testing For Top-Of-Line And Bottom Of Line Corrosion

Investigation of MEG-Water Co-Condensation by In-Situ Refractometry

Association for Materials Protection and Performance