Читать книгу Automation of Water Resource Recovery Facilities - Water Environment Federation - Страница 6
Contents
ОглавлениеChapter 1 Introduction to Automation of Water Resource Recovery Facilities
1.0 WHAT IS COMPLETE AUTOMATION DESIGN?
2.0 MOTIVATION FOR UPDATING THIS MANUAL
3.0 TECHNOLOGY AS A STRATEGY, NOT A LIMITATION
4.0 WHAT THIS MANUAL DOES AND DOES NOT INCLUDE
6.0 MANUAL OF PRACTICE CHAPTER CONTENTS
Chapter 2 The Business Case for Automation
David B. Kubel, P.E. Dave W. Roberts, P.E.
5.0 FORMULATING THE BUSINESS CASE
Chapter 3 Complete Automation Design
Chapter 4 Process and Instrumentation Diagram
2.0 HOW TO CREATE A PROCESS AND INSTRUMENTATION DIAGRAM
3.0 PROCESS AND INSTRUMENTATION DIAGRAMS AS COMMUNICATION TOOLS
4.0 INTELLIGENT PROCESS AND INSTRUMENTATION DIAGRAMS
5.0 PROCESS AND INSTRUMENTATION DIAGRAMS FOR NONPROCESS SYSTEMS
Chapter 5 Process Control Narratives
Jeff Coulson, P. Eng, PMP Jack Geisenhoff, P.E., PMP
1.0 PURPOSE OF PROCESS CONTROL NARRATIVES
2.0 TYPICAL PROCESS CONTROL NARRATIVE COMPONENTS
3.0 OTHER METHODS OF CONVEYING PROCESS DESCRIPTIONS
4.0 DEVELOPMENT, UPDATES, AND PRESENTATION
Thomas H. Powell, P.E., C.C.S. Mohamad Bassidgi, P. Eng
1.0 RELATIONSHIP OF SPECIFICATIONS AND DRAWINGS
3.0 REVISIONS TO TECHNICAL CONTENT
5.0 CONSTRUCTION SPECIFICATIONS INSTITUTE
6.0 OWNER-DEVELOPED SPECIFICATIONS
7.0 COORDINATION WITH OTHER DISCIPLINES
Chapter 7 Process Control Strategies
1.0 OBJECTIVE OF AUTOMATIC PROCESS CONTROL
5.0 PUMPING AND FLOW CONTROL STRATEGIES
6.0 SCREENING, GRIT REMOVAL, AND CONVEYANCE CONTROL STRATEGIES
7.0 PRIMARY SLUDGE AND SCUM CONTROL STRATEGIES
8.0 ACTIVATED SLUDGE SYSTEM CONTROL STRATEGIES
12.0 ANAEROBIC DIGESTION CONTROL
14.0 ENERGY MANAGEMENT STRATEGIES
Chapter 8 General Instrument Characteristics
Robert Lagrange, Ph.D. Nicholas Camin, BSEE, MBA
2.0 INSTRUMENT CLASSIFICATIONS
3.0 INSTRUMENT CHARACTERISTICS
4.0 ENVIRONMENTAL CONCERNS AND DESIGN CONSIDERATIONS
5.0 TESTING AND QUALITY ASSURANCE
6.0 SAMPLING AND BYPASS LINES FOR INSTRUMENTS
7.0 SMART PROCESS INSTRUMENTATION
9.0 OXIDATION–REDUCTION POTENTIAL
13.0 ONLINE SOLIDS MEASUREMENT
Chapter 10 Final Control Elements
1.0 WHAT IS A FINAL CONTROL ELEMENT?
3.0 PUMPS, AERATORS, AND MIXERS (MATERIAL TRANSFER EQUIPMENT)
8.0 SMART EQUIPMENT (VALVES, PUMPS, AND BLOWERS)
9.0 OTHER FINAL CONTROL DEVICES
Chapter 11 Communications and Connectivity
Bob “SCADAbob” Rutemiller, M.S. John Weber
1.0 OVERVIEW OF COMMUNICATIONS
2.0 BASIC COMMUNICATIONS CONCEPTS
5.0 COMMUNICATIONS TROUBLESHOOTING
8.0 COMMUNICATIONS AND CONNECTIVITY SOFTWARE
Chapter 12 Physical and Cyber Security
3.0 CRITICAL INFORMATION NETWORKS
4.0 CYBER SECURITY RISKS FOR INDUSTRIAL CONTROL SYSTEMS
5.0 CYBER SECURITY REGULATIONS
7.0 COMPREHENSIVE CYBER SECURITY PROGRAM
8.0 CYBER SECURITY-ENHANCING MEASURES
Chapter 13 Human–Machine Interfaces
Ryan J. Kowalski, P.E. Caseyann Sarli
2.0 UNDERSTANDING SITUATIONAL AWARENESS
3.0 FIELD DISPLAY AND ANNUNCIATION METHODS
4.0 DISPLAY CONTROL ROOMS AND HUMAN ENGINEERING
5.0 ADOPTING THE HUMAN–MACHINE INTERFACE PHILOSOPHY—DEVELOPING THE STANDARD
6.0 PERFORMANCE INDICATORS—EFFECTIVE USE OF TRENDING AND DATA
7.0 IMPLEMENTATION OF HUMAN–MACHINE INTERFACE DESIGN
8.0 ALARM MANAGEMENT—IMPLEMENTING BEST PRACTICES
9.0 MANAGING CHANGE AND FUTURE CONSIDERATIONS
Chapter 14 Process Controllers
Raluca F. Constantinescu, P.E.
3.0 PROCESS CONTROLLER SOFTWARE—CONTROL PROGRAMMING LANGUAGES
Chapter 15 Maintenance and Troubleshooting
1.0 THEORY OF MAINTENANCE MANAGEMENT
3.0 MAINTENANCE MANAGEMENT SYSTEMS
4.0 INSTRUMENT PERFORMANCE AND EVALUATION
Chapter 16 Control Systems Training
1.0 THE COMPELLING NEED FOR TRAINING
2.0 SUSTAINABILITY OF A TRAINING PROGRAM
