Technologies for CMOM Activities in Wastewater Collection Systems

Name: Technologies for CMOM Activities in Wastewater Collection Systems
Brand: Water Environment Federation
Price: 160.99 EUR
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Water Environment Federation(Author)

Water Environment Federation (Publisher)

Published on 28. May 2022

113 pages

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System requirements

978-1-57278-425-3 (ISBN)

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Intro
TITLE PAGE
COPYRIGHT
CONTENTS
LIST OF FIGURES
LIST OF TABLES
PREFACE
CHAPTER 1 INTRODUCTION
1.0 PURPOSE
2.0 TARGET AUDIENCE
3.0 IMPLEMENTING CONTINUOUS IMPROVEMENT
3.1 REACTIVE TO PROACTIVE
3.2 MOVING TO PREVENTIVE AND PREDICTIVE
3.3 TECHNOLOGY DEFINITION
3.4 INTELLIGENT SYSTEMS
4.0 SPECIAL PUBLICATION ORGANIZATION
5.0 REFERENCES
6.0 SUGGESTED READINGS
CHAPTER 2 WASTEWATER COLLECTION SYSTEM ASSET INVENTORIES AND SCREENING INSPECTIONS
1.0 ASSET INVENTORY
1.1 MANHOLES
1.2 SEWER MAINS
1.3 LATERAL SEWER PIPES
1.4 LIFT STATIONS
1.5 FORCE MAINS
1.6 OTHER COLLECTION SYSTEM COMPONENTS
2.0 PRELIMINARY INSPECTION METHODS AND TECHNOLOGIES
2.1 ABOVE-GROUND VISUAL INSPECTIONS
2.1.1 MANHOLE VISUAL INSPECTION
2.1.2 LIFT STATION VISUAL INSPECTION
2.2 PRELIMINARY INSPECTION TECHNOLOGIES
2.2.1 MANHOLE THREE-DIMENSIONAL SCANNING
2.2.2 ZOOM CAMERAS
2.2.3 ACOUSTIC INSPECTION TECHNOLOGY
3.0 DEPLOYABLE MONITORING TECHNOLOGIES
3.1 OPEN CHANNEL MONITORING TECHNOLOGIES
3.1.1 FLUMES AND WEIRS
3.1.2 AREA VELOCITY FLOW METERS
3.1.3 ULTRASONIC LEVEL SENSORS AND SUBMERGED PROBE LEVEL SENSORS
3.1.4 MICRO-METERING
3.1.5 FLOW DATA AND SCATTER PLOTS
3.2 FLOW MONITORING'CLOSED CONDUIT AND PRESSURIZED PIPES
3.2.1 INSERTABLE DOPPLER
3.2.2 STRAP-ON ULTRASONIC FLOW METERS (TRANSIT-TIME FLOW METERS)
3.2.3 ELECTROMAGNETIC FLOW METERS
3.3 RAIN GAUGES
3.4 MONITORING EQUIPMENT CALIBRATIONS
4.0 REFERENCES
5.0 SUGGESTED READINGS
CHAPTER 3 WASTEWATER COLLECTION SYSTEM ASSET INVENTORIES AND SCREENING INSPECTIONS
1.0 SEWER STOPPAGES AND OVERFLOWS
1.1 FREQUENCY, LOCATION, AND MONITORING
1.2 REPORTING TO REGULATORS AND THE PUBLIC
1.3 PUBLIC VERSUS PRIVATE
1.4 TRACKING CAUSES
2.0 PREVENTING DRY WEATHER STOPPAGES AND OVERFLOWS
2.1 TRACKING SEWER FLOW CONDITIONS
2.2 SOURCE PREVENTION FOR DRY WEATHER STOPPAGES AND OVERFLOWS
3.0 PREVENTING WET WEATHER OVERFLOWS
3.1 HYDRAULIC MODEL TECHNOLOGIES
3.1.1 RECOMMENDED SOFTWARE FEATURES
3.1.2 CONTINUOUS VERSUS EVENT-BASED CALIBRATION
3.1.3 CLIMATE CHANGE EFFECTS
3.2 PREDICTIVE HYDRAULIC MODELS
3.2.1 STEADY-STATE HYDRAULIC MODELS
3.2.2 DYNAMIC HYDRAULIC MODELING
3.2.3 REAL-TIME HYDRAULIC MODELING
4.0 STOPPAGE AND OVERFLOW RESPONSE
4.1 EMERGENCY RESPONSE TIMES
4.2 EMERGENCY RESPONSE PREPAREDNESS
4.2.1 REPAIR MATERIAL INVENTORY
4.2.2 REPAIR EQUIPMENT INVENTORY
4.2.3 STAFF AVAILABILITY AND TRAINING
5.0 REFERENCES
6.0 SUGGESTED READINGS
CHAPTER 4 ASSET CONDITION ASSESSMENT
1.0 PIPE CONDITION ASSESSMENT
1.1 TYPES OF PIPE ASSESSMENT TECHNOLOGIES
1.1.1 CAMERA SYSTEMS
1.1.1.1 CLOSED-CIRCUIT TELEVISION
1.1.1.2 PANORAMIC CAMERA SYSTEM
1.1.1.3 ZOOM CAMERA
1.1.2 LASER AND LIDAR PROFILING
1.1.3 TRANSIENT PRESSURE WAVE SYSTEMS
1.1.4 REMOTE FIELD TECHNOLOGY
1.1.5 SONAR TECHNOLOGIES
1.1.5.1 SONAR PROFILING
1.1.5.2 ULTRASONIC TESTING
1.1.5.3 GUIDED WAVE TECHNOLOGY
1.1.5.4 SONIC/ULTRASONIC INSPECTION
1.1.6 ELECTROMAGNETIC
1.1.6.1 PIPE PENETRATING RADAR
1.1.6.2 BROADBAND ELECTROMAGNETICS
1.1.6.3 ELECTROMAGNETIC "BRACELET"
1.1.6.4 MAGNETIC FLUX LEAKAGE
1.1.7 ACOUSTIC FIBER OPTIC MONITORING SYSTEMS
1.1.8 ACOUSTIC LEAK DETECTION SYSTEMS
1.2 CONDITION ASSESSMENT TECHNOLOGIES COMPARISON
2.0 PIPE APPURTENANCES CONDITION ASSESSMENT
2.1 GRAVITY SYSTEM LATERALS, MANHOLES, AND SIPHONS
2.1.1 LATERALS INSPECTIONS
2.1.2 MANHOLE INSPECTIONS
2.1.3 SIPHON INSPECTIONS
2.2 OTHER APPURTENANCES AND TECHNOLOGY CONSIDERATIONS AND LIMITATIONS
3.0 REFERENCES
4.0 SUGGESTED READINGS
CHAPTER 5 COLLECTION SYSTEM REHABILITATION AND REPLACEMENT TECHNOLOGIES
1.0 GRAVITY SEWERS
1.1 REHABILITATION
1.1.1 LINERS
1.1.1.1 CURED-IN-PLACE PIPE
1.1.1.1.1 STEAM CURED
1.1.1.1.2 HOT WATER CURED
1.1.1.1.3 ULTRAVIOLET TECHNOLOGY
1.1.1.1.4 AMBIENT AIR CURED
1.1.1.2 SLIP LINERS
1.1.1.2.1 POLYVINYL CHLORIDE
1.1.1.2.2 HIGH-DENSITY POLYETHYLENE
1.1.1.2.3 FIBER REINFORCED PIPE
1.1.1.3 GEOPOLYMER SPRAY
1.1.1.4 SPIRAL WOUND
1.1.1.5 PANELS
1.1.1.6 SPRAY-ON/SPIN-CAST
1.1.1.7 SHOTCRETE
1.1.2 GROUTING
1.2 REPLACEMENT
1.2.1 OPEN CUT
1.2.1.1 FULL REPLACEMENT
1.2.1.2 POINT REPAIR
1.2.2 SEMI-TRENCHLESS
1.2.2.1 JACK AND BORE
1.2.2.2 HORIZONTAL DIRECTIONAL DRILLING
1.2.3 TRENCHLESS
1.2.3.1 PIPE BURSTING
1.2.3.2 MICROTUNNELING
2.0 LATERAL OPTIONS
2.1 LATERAL REHABILITATION
2.1.1 CURED-IN-PLACE PIPE
2.1.2 CONNECTIONS TO MAIN
2.1.2.1 LINERS
2.1.2.1.1 BRIM-STYLE LINERS
2.1.2.1.2 FULL CIRCLE LINERS
2.1.2.2 HYDROPHILIC O-RING
2.1.2.3 CAULKING
2.1.2.4 GROUTING
2.2 LATERAL REPLACEMENT
3.0 MANHOLES
3.1 MANHOLE REHABILITATION
3.2 MANHOLE REPLACEMENT
4.0 LIFT STATIONS
5.0 FORCE MAINS
5.1 REHABILITATION'FLEXIBLE FABRIC-REINFORCED PIPES
5.2 REPLACEMENT
6.0 REFERENCES
7.0 SUGGESTED READINGS
CHAPTER 6 INTELLIGENT WASTEWATER COLLECTION SYSTEMS
1.0 CHARACTERISTICS OF AN INTELLIGENT WASTEWATER COLLECTION SYSTEM
1.1 THE SMART WATER NETWORK (MODIFIED FOR WASTEWATER)
1.2 ACTIONABLE DATA
1.3 CONTROLLABLE ASSETS
1.4 VISUALIZATION
1.5 ANALYTICS
2.0 ROLE OF BIG DATA, CLOUD COMPUTING, AND THE INTERNET
2.1 BIG DATA
2.2 CLOUD COMPUTING
2.3 INTERNET OF THINGS
3.0 WORKFORCE NEEDS
4.0 SECURITY OF THE INTELLIGENT WASTEWATER COLLECTION SYSTEM
4.1 REDUNDANCY
4.2 FAILOVER
4.3 RISK PROFILE
5.0 REFERENCES
6.0 SUGGESTED READINGS
INDEX

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Technologies for CMOM Activities in Wastewater Collection Systems

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