ANALISIS LAJU KOROSI GAS H2S PADA PIPA API 5L X46 YANG BERADA DI FASILITAS PRODUKSI PT ABC
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Institusion
Universitas Gresik
Author
RACHMAD, SULISTIONO
Subject
TJ Mechanical engineering and machinery
Datestamp
2024-07-19 06:19:55
Abstract :
MA's thesis aims to recognize and identify the types of corrosion that occur in gas pipes and develop accurate methods for measuring the rate of corrosion in industrial, transportation and gas environments. Corrosion in gas pipes is a serious problem, which can reduce the integrity and service life of the pipe, so effective treatment is important. This research uses various analysis and monitoring techniques to identify the types of corrosion that commonly occur in gas pipes, including uniform corrosion, pitting, galvanic, sulfide, carbon dioxide, and others. Laboratory analysis methods and in-situ measurements are used to gain a deeper understanding of the corrosion mechanisms that occur in gas pipes. In addition, this research focuses on developing an accurate and efficient method for measuring sea corrosion in gas pipes. This measurement method can help the gas transportation industry in identifying the level of exposure and determining appropriate protection strategies. The results of this research contribute to the internal efficiency, uraxa vacuiaga integrity, and reliability of the gas transportation system, which is very important in supporting a safe and efficient natural gas supply. With a better understanding of the occurrence of natural gas emissions, and with more sophisticated pre- measurement methods, it is hoped that the gas transportation industry can reduce the risk of damage to gas pipelines and ensure the continuity of client operations.
MA's thesis aims to recognize and identify the types of corrosion that occur in gas pipes and develop accurate methods for measuring the rate of corrosion in industrial, transportation and gas environments. Corrosion in gas pipes is a serious problem, which can reduce the integrity and service life of the pipe, so effective treatment is important. This research uses various analysis and monitoring techniques to identify the types of corrosion that commonly occur in gas pipes, including uniform corrosion, pitting, galvanic, sulfide, carbon dioxide, and others. Laboratory analysis methods and in-situ measurements are used to gain a deeper understanding of the corrosion mechanisms that occur in gas pipes. In addition, this research focuses on developing an accurate and efficient method for measuring sea corrosion in gas pipes. This measurement method can help the gas transportation industry in identifying the level of exposure and determining appropriate protection strategies. The results of this research contribute to the internal efficiency, uraxa vacuiaga integrity, and reliability of the gas transportation system, which is very important in supporting a safe and efficient natural gas supply. With a better understanding of the occurrence of natural gas emissions, and with more sophisticated pre- measurement methods, it is hoped that the gas transportation industry can reduce the risk of damage to gas pipelines and ensure the continuity of client operations.
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