Analysis and Overhauling of Two Stage Reciprocating Air Compressor of a Conventional Locomotive-A Case Study

RAVI SHANKAR

Abstract


Abstract- Reciprocating air compressor is the most widely used type of compressor found in many industrial applications and is a crucial machine in gas transmission pipelines, petrochemical plants, refineries, etc. Due to high pressure ratio requirements, reciprocating air compressor is commonly used in locomotives. After a period of life unexpected failures of internal components due to miscellaneous reasons occur, which affects the operating system performance. This paper presents a case study on reciprocating air compressor of a locomotive highlighting the associated problems, diagnosis and effective solutions supported by appropriate maintenance strategies for overhauling and repairing arising out due to frequent failure of parts. It is predominantly essential to establish the recommended clearances given for the various parts of the compressor. Based on dimensional measurement of compressor parts selection of repair and replacement is becomes easy and it is best for economical point of view.

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References


. A. Almasi “Reciprocating Compressor Optimum Design and Manufacturing with respect to Performance,

Reliability and Cost” (2009).

.Bartosz Kus, Petter Neksa “Oil free turbo-compressors for CO2 refrigeration Applications” (2013).

. Dean L. Millar “A review of the case for modern-day adoption of hydraulic air compressors” (2014).

. Fernando A. Ribas Jr., Cesar J. Deschamps, Fabian Fagotti, André Morriesen, Thiago Dutra, “THERMAL ANALYSIS OF RECIPROCATING COMPRESSORS – A CRITICAL REVIEW” (2008).

. Guilherme Marcelo Zanghelini , Edivan Cherubini, Patrícia Orsi, Sebastião Roberto Soares . “Waste management Life Cycle Assessment: the case of a reciprocating air compressor in Brazil” (2014).

. Houxi Cui , Laibin Zhang, Rongyu Kang, Xinyang Lan, “Research on fault diagnosis for reciprocating compressor valve using information entropy and SVM method, (2009).

. Jing Zhao, Shijie Wang, “Analysis for Fatigue Failure Causes on a Large-scale Reciprocating Compressor Vibration by Torsional Vibration” (2014).

. KurtPichler, EdwinLughofer, MarkusPichler, ThomasBuchegger, Erich PeterKlement, MatthiasHuschenbett, “Fault detection in reciprocating compressor valves under varying load conditions”, (2016).

. Mr. Vijay F. Pipalia, Mr. Ashok Thummar, Mr. Tushar Javiya, “EXPERIMENTAL INVESTIGATION OF OVERALL EFFICIENCY OF TWO STAGE RECIPROCATING AIR COMPRESSOR BY WAY OF INTERCOOLING” (2012).

. Nan-Chyuan Tsai, Chao-Wen Chiang, “Design and analysis of magnetically-drive actuator applied for linear compressor” (2010).

. Ogundele, O. J.Osiyoku, D. A. Braimoh J., and Yusuf, I. “Maintenance of an Air Compressor Used in Quarries” (2014).

. Qiang Qin, Zhi-Nong Jiang, Kun Feng, Wei He, “A novel scheme for fault detection of reciprocating compressor valves based on basis pursuit, wave matching and support vector machine” (2012).

. Van Tung Tran, Faisal AlThobiani, Andrew Ball, “An approach to fault diagnosis of reciprocating compressor valves using Teager–Kaiser energy operator and deep belief networks” (2014).

. Vishal P. Patil, Shridhar S. Jadhav, Nilesh D. Dhas, “Performance and Analysis of Single Stage Reciprocating

Air Compressor Test Rig” (2015).

. YuefeiWang, ChuangXue, XiaohanJia, XueyuanPeng, “Fault diagnosis of reciprocating compressor valve with the method integrating acoustic emission signal and simulated valve motion” (2015).

. Zhao Hai-yang, XuMin-qiang , WangJin-dong, LiYong-bo “A parameters optimization method for planar joint clearance model and its application for dynamics simulation of reciprocating compressor” (2015).

. http://www.railway-technical.com/index.shtml




DOI: https://doi.org/10.37628/jiegt.v1i2.129

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