Develop Advanced Measurement and Control System: Gas Compressors

This report presents a comprehensive analysis of advanced measurement and control systems for reciprocating gas compressors driven by gas engines, focusing on critical case studies to address frequent tripping failures and damage to main parts. The study aims to enhance efficiency, reduce operational costs, and minimize downtime by upgrading existing measurement instruments and control systems. The report includes an extensive literature review, examining valve failures, condition monitoring, and equipment valuation. It then delves into the compressor model structure, analyzing pressure pulsation, mass flow equations, and thermocouple testing. Furthermore, the report explores the suction and discharge valves, engine fuel gas systems, and potential failure modes, including fuel clogging and impurities. Recommendations are provided for improving the measurement control system, protecting machine components, and analyzing causes of machine damage, such as engine overheating and lubrication problems. The conclusion emphasizes the importance of advanced measurement and control systems in ensuring reliable and efficient operation of reciprocating gas compressors. The report's findings are based on a student's research and is published on Desklib.