Tabla de Contenidos:
  • Front Cover; Performance Management for the Oil, Gas, and Process Industries; Performance Management for the Oil, Gas, and Process Industries: A Systems Approach; Copyright; Dedication; Contents; PREFACE; PART 1: SYSTEMS; PART 2: GOVERNANCE AND PERFORMANCE; PART 3: RISK AND PERFORMANCE; PART 4: PERFORMANCE INDICATOR SELECTION; PART 5: ASSET PERFORMANCE MANAGEMENT; PART 6: BENCHMARKING; PART 7: ASSESSMENT, STRATEGIES, AND REPORTING; PART 8: BUSINESS OVERSIGHT; PART 9: OIL AND GAS: SPECIFIC ISSUES; Acknowledgments; 1
  • WHAT IS PERFORMANCE MANAGEMENT?; 1.1 INTRODUCTION.
  • 1.2 PERFORMANCE MANAGEMENT THEORY1.3 WHY HAVE A STRUCTURED APPROACH TO PERFORMANCE MANAGEMENT?; 1.4 PERFORMANCE MANAGEMENT STRUCTURE; 1.5 PERFORMANCE IMPROVEMENT PROCESS; INTERNAL COMPARATIVE PERFORMANCE ANALYSIS EXAMPLE; EXTERNAL COMPARATIVE PERFORMANCE ANALYSIS EXAMPLE; HIGH-LEVEL IMPROVEMENT PROCESS; 1.6 SUMMARY; REFERENCE; 1
  • SYSTEMS; OVERVIEW; WHY IS A SYSTEMS APPROACH SO EFFECTIVE?; THE OBJECTIVE; PICTORIAL VIEW; OUTLINE OF PART 1; 2
  • THE BUSINESS UNIT; 2.1 INTRODUCTION; DEFINITION OF THE "BLACK BOX" CONCEPT; 2.2 ADVANTAGE OF THE BUSINESS UNIT APPROACH USING THE BLACK BOX CONCEPT.
  • 2.3 THE SYSTEMS APPROACH USING THE BUSINESS UNIT2.4 BOUNDARIES AND CONTENT OF THE BUSINESS UNIT; BOUNDARY TYPES; Product; Physical Asset; Geographical; Discipline; Legal; INPUTS AND OUTPUTS; CONTENTS; 2.5 BUSINESS UNIT TYPES AND RELATIONSHIPS; ASSET BUSINESS UNITS; SERVICE BUSINESS UNITS; 2.6 INTERNATIONAL STANDARDS ORGANIZATION CERTIFICATION2-11; 2.7 INTEGRATION; 2.8 SUMMARY; REFERENCES; 3
  • MODELS; 3.1 INTRODUCTION: WHAT ARE MODELS AND WHY DO WE NEED THEM?; 3.2 THE SCOPE OF MODELS; BUSINESS MODELS; MASS AND ENERGY BALANCE MODELS; PROCESS SIMULATION MODELS; UTILITY MODELS.
  • OPERATING EXPENSE MODELSBENCHMARKING MODELS; 3.3 BUSINESS MODELS; 3.4 MASS AND ENERGY BALANCE MODELS; REFINERY MODELS; GAS PLANT MODELS; Sigmafine4; Spreadsheet Mass Balance Template; Spreadsheet Energy Efficiency Model; Shell Energy Model5; INDUSTRY-WIDE ENERGY MODEL; 3.5 PROCESS SIMULATION MODELS; REFINERY; Linear Programming; Process Simulation; Aspen HYSYS8; Petro-SIM From KBC9; PETROCHEMICAL MODELS; LICENSOR MODELS; 3.6 UTILITY MODELS; ENERGY MANAGEMENT INFORMATION SYSTEM FROM SHELL GLOBAL SOLUTIONS; ASPEN UTILITIES11; PROSTEAM FROM KBC12; 3.7 OPERATING EXPENSE MODELS.
  • SPREADSHEET OPEX TEMPLATE3.8 BENCHMARKING MODELS; REFINERY; Profile II From Solomon Associates; PETROCHEMICAL MODELS; 3.9 SUMMARY; REFERENCES; 4
  • MANAGEMENT SYSTEMS DETERMINATION AND REQUIREMENTS; 4.1 INTRODUCTION; 4.2 ANALOGY AND AN EXAMPLE OF A SYSTEM; 4.3 DEFINITIONS; MANAGEMENT SYSTEM; CORE MANAGEMENT SYSTEM; STRATEGIC MANAGEMENT SYSTEMS; SUPPORT MANAGEMENT SYSTEMS; PROCESS; 4.4 BOUNDARIES OF A SYSTEM; 4.5 THE KEY ELEMENTS OF A SYSTEM; OBJECTIVE; SCOPE; POLICIES, REGULATIONS, AND STANDARDS; PROCESSES; OWNERSHIP (RESPONSIBILITY); GOALS AND KEY PERFORMANCE INDICATORS; TARGETS.