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以可靠性为中心的维护实施在化工行业的分析研究

摘要第3-4页
abstract第4页
LIST OF NOMENCLATURE第10-11页
1 INTRODUCTION第11-15页
    1.1 Background第11-12页
    1.2 Purpose of Study第12-13页
    1.3 Research Problem and Research Questions第13-14页
    1.4 Thesis Contents and Structure第14-15页
2 LITERATURE REVIEW第15-26页
    2.1 Reliability and Availability第15页
    2.2 Reliability-centered Maintenance (RCM)第15-16页
    2.3 Main Steps of RCM Analysis第16-21页
        2.3.1 Study Preparation第16-17页
        2.3.2 System Selection and Definition第17页
        2.3.3 Critical Classification第17-18页
        2.3.4 Data Collection and Analysis第18页
        2.3.5 Function analysis and Failure Mode and Effect Analysis (FMEA)第18-19页
        2.3.6 Selection of Maintenance Action第19-20页
        2.3.7 Determination of Maintenance Intervals第20-21页
        2.3.8 Implementation第21页
    2.4 Petrokimia Gresik第21-26页
        2.4.1 Phosphoric Acid Plant and Their Products第22-24页
        2.4.2 Organizational Structure第24-26页
3 METHODOLOGY AND DATA COLLECTION第26-39页
    3.1 Methodology第26页
    3.2 Downtime Measurement第26-27页
    3.3 Plant Breakdown Structure第27-30页
        3.3.1 Reaction and Filtration system第28-29页
        3.3.2 Grinding system第29页
        3.3.3 Fluorine Recovery System第29页
        3.3.4 Hydration System第29页
        3.3.5 Concentration System第29-30页
    3.4 Assessment in Equipment Level第30-35页
    3.5 Existing Maintenance Strategy第35-39页
4 RESULT AND ANALYSIS第39-85页
    4.1 Comprehensive Assessment第39-40页
    4.2 Mean Time between Failures and Availability第40-47页
        4.2.1 Time breakdown data from year of 2013第41-42页
        4.2.2 Time breakdown data from year of 2014第42-44页
        4.2.3 Time breakdown data from year 2015 until August of 2015第44-47页
    4.3 Determining the Equipment第47页
    4.4 Specification for Equipment (No.1 Filter)第47-54页
        4.4.1 Reaction and Filtration (System Level)第48-49页
        4.4.2 No.1 Filter (Equipment Level)第49-51页
        4.4.3 Parts of No.1 Filter (Component Level)第51-54页
    4.5 Reliability Attribute for No.1 Filter第54-58页
        4.5.1 Equipment Level第55-56页
        4.5.2 Component Level第56-58页
    4.6 Root Cause Analysis and Failure Mode and Effect Analysis第58-69页
        4.6.1 Functional Failure第58-60页
        4.6.2 Failure Mode第60-62页
        4.6.3 Root Cause Analysis第62-64页
        4.6.4 Failure Mode and Effect Analysis第64-69页
    4.7 RCM Decision Process第69-76页
    4.8 Detailed Maintenance Task Proposed第76-78页
        4.8.1 Pan-cell第76页
        4.8.2 Roll caster第76-77页
        4.8.3 Roll tilt arm第77页
        4.8.4 Vacuum hose第77页
        4.8.5 Center valve第77页
        4.8.6 Sprayer acid第77页
        4.8.7 Sprayer hot water第77-78页
        4.8.8 Car frame第78页
        4.8.9 Fume hood第78页
        4.8.10 Splash guard第78页
    4.9 Maintenance Cost and Performance Evaluation第78-83页
        4.9.1 Maintenance Cost第80页
        4.9.2 Performance Evaluation第80-82页
        4.9.3 Comparison between Maintenance Cost and Performance Evaluation第82-83页
    4.10 Comparison Before and After RCM Applied第83-85页
5 CONCLUSION AND SUGGESTION第85-88页
    5.1 Conclusion第85-86页
    5.2 Suggestion第86-88页
REFERENCE第88-90页
ACKNOWLEDGEMENT第90-92页
APPENDIX第92-109页
RESUME第109页

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