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1. | EXECUTIVE SUMMARY |
1.1. | Executive Introduction |
1.2. | What is the water network? |
1.3. | What makes up a water network? |
1.4. | What can be measured in a water network? |
1.5. | What is a Digital Water Network? |
1.6. | Benefits of digitisation |
1.7. | Where can the process be digitised? |
1.8. | Who are the players in the water and wastewater networks? |
1.9. | Sensor/Device Market: type split |
1.10. | Treatment Market Analyses |
1.11. | SWOT: Water and Wastewater treatment |
1.12. | Forecasts: Sensors in the Water Pipe Market |
1.13. | Forecasts: Sensors in the Wastewater Pipe Market |
1.14. | Forecasts: Sensors in the Water Treatment Market |
1.15. | Forecasts: Sensors in the Wastewater Treatment Market |
1.16. | Forecasts: Revenue from all sectors |
1.17. | Main conclusions |
2. | INTRODUCTION TO WATER NETWORKS |
2.1. | What is the water network? |
2.2. | Technologies in water networks |
2.3. | What makes up a water network? |
2.4. | What can be measured in a digital water network? |
2.5. | What is water treatment? |
2.6. | Stages of Water Treatment |
2.7. | Stages of Wastewater Treatment |
2.8. | Stages of waste-water treatment |
2.9. | Types of Water treatment |
2.10. | Drinking water chemical limits |
2.11. | What is a Digital Water Network? |
2.12. | Benefits of Digitisation |
2.13. | Barriers to Adoption for Digital and Smart Sensors in the Water Network |
2.14. | The Need for Digitisation |
2.15. | Types of Company |
2.16. | Types of Utility Company |
2.17. | Where can the process be digitised? |
3. | THE VALUE CHAIN |
3.1. | What is the value chain? |
3.2. | Utility |
3.3. | Consumer |
3.4. | Regulation and Policies |
3.5. | External Influencing Factors |
3.6. | Communication Providers |
4. | MEASUREMENT DEVICES AND METHODS |
4.1. | Introduction to measuring |
4.2. | Pressure Measurements |
4.3. | Flow Levels |
4.4. | Types of Flow Levels |
4.5. | Flow Meters |
4.6. | Types of Flow Meters |
4.7. | Acoustic Emission Leak Detection |
4.8. | Temperature |
4.9. | Chemical Measurements |
5. | DEVICE TRENDS |
5.1. | Introduction |
5.2. | Measuring limitations |
5.3. | Different pipes, different materials |
5.4. | Identifying Leaks |
5.5. | Comparing sensor leak identification methods |
5.6. | Pipe materials: benefits and limitations |
5.7. | Historic Trends - Flow Meters |
5.8. | Historic Trends - Flow Levels |
6. | THE OVERALL PICTURE OF THE WATER + WASTEWATER NETWORKS |
6.1. | The Overall Picture |
6.2. | The Overall Picture - potable water network pipes |
6.3. | The Overall Picture - potable water distribution pipes |
6.4. | The Overall Picture - Potable Water Treatment |
6.5. | The Overall Picture - Waste-water Treatment |
6.6. | The Overall Picture - Industry |
7. | HOW CAN DIGITAL WATER NETWORKS BE INCORPORATED INTO INFRASTRUCTURE? |
7.1. | Introduction |
7.2. | Case study 1 - Thames Water UK |
7.3. | Case Study 2 - Xylem & its products |
7.4. | Case study 3 - Smart Meters in South Korea |
7.5. | Case Study 4 - Suez (Europe) |
7.6. | Case Study 5 - Shenzhen, China |
7.7. | Digital Water Needs Digital Skills |
7.8. | Why the slow technology uptake? |
8. | CURRENT MARKET ANALYSIS |
8.1. | How many people have a connection? |
8.2. | Urban and Rural Disparity |
8.3. | Pipe Network Size |
8.4. | Optimal Sensor Number |
8.5. | Sensor/Device Market: type split |
8.6. | There is opportunity for sensors in water treatment |
8.7. | An analysis of the water treatment market |
8.8. | Wastewater treatment market analysis |
8.9. | Wastewater treatment market analysis |
8.10. | SWOT: Water and Wastewater treatment |
9. | FORECASTS |
9.1. | Introduction |
9.2. | Sensors in the Water Pipe Market |
9.3. | Sensors in the Wastewater Pipe Market |
9.4. | Sensors in the Water Treatment Market |
9.5. | Sensors in the Wastewater Treatment Market |
9.6. | Revenue from all sectors |
9.7. | Revenue by sensor type |
9.8. | Full Data: Wastewater Treatment Market |
9.9. | Full Data: Water Treatment Market |
9.10. | Full Data: Wastewater Pipe Market |
9.11. | Full Data: Water Pipe Market |
10. | DEVICE MANUFACTURERS |
10.1. | Introduction |
10.2. | Flexim Instruments Ltd. |
10.3. | Pure Tech Ltd. |
10.4. | Echologics LLC |
10.5. | Dynamic Flow Technologies |
10.6. | Sandhurst Instruments |
10.7. | Swan Analytical Instruments |
10.8. | Gill Sensors and Controls |
10.9. | Aganova |
10.10. | Utilis |
10.11. | Lovibond |
10.12. | Hydrosave |
10.13. | Metasphere |
10.14. | Langham Industrial Controls Ltd. |
10.15. | South West Sensor |
10.16. | Sensorex |
10.17. | Process instruments |
10.18. | ANB Sensors |
10.19. | Idrica/Go Aigua |
10.20. | BlackBox Controls |
10.21. | Ingeniousware |
11. | NETWORK SUPPLIERS |
11.1. | Introduction |
11.2. | Xylem |
11.3. | Hatch |
11.4. | HWM Global |
11.5. | ABB Group |
11.6. | Muller Water Products |
11.7. | KROHNE |
11.8. | ATI UK |
11.9. | Emerson |
11.10. | Dow Water and Process Solutions |
11.11. | 3M |
11.12. | Evoqua Water Technologies Corp. |
11.13. | Kingspan Water and Energy |
11.14. | Pentair |
12. | NATIONAL AND INTERNATIONAL UTILITIES COMPANIES |
12.1. | Introduction |
12.2. | United Utilities |
12.3. | Wessex Water |
12.4. | Thames Water |
12.5. | South West Water |
12.6. | K-water |
12.7. | Suez Environment |
12.8. | Veolia Group |
13. | RELATED AREAS: WATER RECYCLING |
13.1. | What is recycled water? |
13.2. | Where can be recycled water be used? |
13.3. | Case Study: Singapore |
13.4. | Case Study: Israel |
13.5. | Case Study: USA |
14. | RELATED AREAS: COMMUNICATION AND SECURITY |
14.1. | Smart water and the Smart City |
14.2. | Cyber Security of networks |
15. | COMPANY PROFILES |
15.1. | Companies discussed in this report |
スライド | 178 |
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フォーキャスト | 2030 |