Abstract
The normal industrial practice for controlling internal corrosion of petroleum pipelines is to use (1) coatings, (2) non-metallic pipeline materials or (3) corrosion inhibitors. In the case of pipelines carrying petroleum products, dehydration is also practised. Inhibitors are most commonly used for the control of internal corrosion of all the long-distance pipelines in India. The present studies were carried out to generate corrosion-rate data under accelerated laboratory test conditions for two different crudes, and to investigate the corrosion inhibiting behaviour of various known amines and amino-amides prepared from non-edible oils that are available in India. Laboratory results showed that low-sulphur Bombay High crude did not give a measurable corrosion rate for API 5LX-52 pipelines steel, even under accelerated test conditions. However, high-sulphur Dubai crude severely corroded the same steel under identical test conditions. (author).
Citation Formats
Jayaraman, A, Neemla, K D, and Saxena, R C.
The control of internal corrosion of petroleum pipelines by inhibition.
United Kingdom: N. p.,
1991.
Web.
Jayaraman, A, Neemla, K D, & Saxena, R C.
The control of internal corrosion of petroleum pipelines by inhibition.
United Kingdom.
Jayaraman, A, Neemla, K D, and Saxena, R C.
1991.
"The control of internal corrosion of petroleum pipelines by inhibition."
United Kingdom.
@misc{etde_5907845,
title = {The control of internal corrosion of petroleum pipelines by inhibition}
author = {Jayaraman, A, Neemla, K D, and Saxena, R C}
abstractNote = {The normal industrial practice for controlling internal corrosion of petroleum pipelines is to use (1) coatings, (2) non-metallic pipeline materials or (3) corrosion inhibitors. In the case of pipelines carrying petroleum products, dehydration is also practised. Inhibitors are most commonly used for the control of internal corrosion of all the long-distance pipelines in India. The present studies were carried out to generate corrosion-rate data under accelerated laboratory test conditions for two different crudes, and to investigate the corrosion inhibiting behaviour of various known amines and amino-amides prepared from non-edible oils that are available in India. Laboratory results showed that low-sulphur Bombay High crude did not give a measurable corrosion rate for API 5LX-52 pipelines steel, even under accelerated test conditions. However, high-sulphur Dubai crude severely corroded the same steel under identical test conditions. (author).}
journal = []
volume = {38:5}
journal type = {AC}
place = {United Kingdom}
year = {1991}
month = {Oct}
}
title = {The control of internal corrosion of petroleum pipelines by inhibition}
author = {Jayaraman, A, Neemla, K D, and Saxena, R C}
abstractNote = {The normal industrial practice for controlling internal corrosion of petroleum pipelines is to use (1) coatings, (2) non-metallic pipeline materials or (3) corrosion inhibitors. In the case of pipelines carrying petroleum products, dehydration is also practised. Inhibitors are most commonly used for the control of internal corrosion of all the long-distance pipelines in India. The present studies were carried out to generate corrosion-rate data under accelerated laboratory test conditions for two different crudes, and to investigate the corrosion inhibiting behaviour of various known amines and amino-amides prepared from non-edible oils that are available in India. Laboratory results showed that low-sulphur Bombay High crude did not give a measurable corrosion rate for API 5LX-52 pipelines steel, even under accelerated test conditions. However, high-sulphur Dubai crude severely corroded the same steel under identical test conditions. (author).}
journal = []
volume = {38:5}
journal type = {AC}
place = {United Kingdom}
year = {1991}
month = {Oct}
}