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00035 HIGH TEMPERATURE CORROSION INHIBITION PERFORMANCE OF IMIDAZOLINE AND AMIDE

Product Number: 51300-00035-SG
ISBN: 00035 2000 CP
Author: Huey J. Chen, Tao Hong and W. Paul Jepson
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Imidazoline and its precursor, amide, are very effective inhibitor intermediates and are widely used in formulating the corrosion products for application in the oil and gas industries. Their high temperature corrosion inhibition performance was evaluated and compared. Our results show that imidazoline and amide offer poor to moderate high temperature/pressure (300 °F/3,000 psig) inhibition performance, respectively, with amide giving a better thermos stability. Yet, both give excellent, comparable inhibition performance at a moderate temperature of 150 °F. These chemistries can provide up to 90% effectiveness at the high temperature, if the inhibitor concentration is very high. Keywords: Corrosion Inhibitor, Inhibition, Imidazoline, Amide, High Temperature/Pressure, Performance Evaluation.
Imidazoline and its precursor, amide, are very effective inhibitor intermediates and are widely used in formulating the corrosion products for application in the oil and gas industries. Their high temperature corrosion inhibition performance was evaluated and compared. Our results show that imidazoline and amide offer poor to moderate high temperature/pressure (300 °F/3,000 psig) inhibition performance, respectively, with amide giving a better thermos stability. Yet, both give excellent, comparable inhibition performance at a moderate temperature of 150 °F. These chemistries can provide up to 90% effectiveness at the high temperature, if the inhibitor concentration is very high. Keywords: Corrosion Inhibitor, Inhibition, Imidazoline, Amide, High Temperature/Pressure, Performance Evaluation.
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