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1. | EXECUTIVE SUMMARY |
1.1. | New technology is unlocking the market |
1.2. | Six major market segments |
1.3. | Key players in each sensor type |
1.4. | Trends by market segment |
1.5. | Trends by detection principles |
2. | INTRODUCTION |
2.1. | The global challenge of air pollution |
2.2. | Effects of outdoor air pollution |
2.3. | Indoor Air Pollution is also an issue |
2.4. | The Seven Most Common Atmospheric Pollutants |
2.5. | International Air Quality Standards |
2.6. | Need For Environmental Monitoring |
2.7. | Types of Environmental Sampling |
2.8. | Potential Uses For Low Cost Air Quality Monitors |
3. | TECHNOLOGIES FOR POLLUTION SENSING |
3.1. | Current Pollution Monitoring Instruments Are Costly |
3.2. | Gas sensors offer an alternative |
3.3. | Sensor Industry |
3.4. | History Of Chemical Sensors |
3.5. | Concentrations Of Detectable Atmospheric Pollutants |
3.6. | Environmental Sensing In Industrial Facilities |
3.7. | Five Common Detection Principles for Sensors |
3.8. | Introduction To Pellistor Gas Sensors |
3.9. | Introduction To Infrared Gas Sensors |
3.10. | Introduction To Metal Oxide (MOS) Gas Sensors |
3.11. | Introduction To Electrochemical Gas Sensors |
3.12. | Introduction To Optical Particle Detection |
3.13. | Transition To New Manufacturing Methods |
3.14. | Current Research In Gas Sensors: Carbon Nanotubes |
3.15. | Current Research in Gas Sensors: Graphene |
3.16. | Current Research In Gas Sensors: Zeolites |
3.17. | Energy Harvesting Technologies For Gas Sensors |
3.18. | Sensors In Comparison With Traditional Monitoring Equipment |
3.19. | Limitations of gas sensing devices |
4. | MINIATURIZATION OF GAS SENSORS |
4.1. | Miniaturized Sensors: A Tipping Point In The Market |
4.2. | Sensor Fabrication Using MEMS manufacturing |
4.3. | Flat Electrochemical Sensors |
4.4. | Comparison Between Classic And Miniaturised Sensors |
4.5. | Miniaturisation Of Pellistor Gas Sensors |
4.6. | Miniaturisation Of Infrared Gas Sensor |
4.7. | Miniaturisation Of Electrochemical Gas Sensors |
4.8. | Miniaturisation Of MOS Gas Sensors |
4.9. | Comparison Of Miniaturised Sensor Technology |
5. | COMPETITIVE ANALYSIS OF THE ENVIRONMENTAL SENSOR MARKET |
5.1. | The Gas Sensor Value Chain |
5.2. | List Of Gas Sensor Manufacturers |
5.3. | Recent Acquisitions In The Gas Sensor Industry |
5.4. | Sensor Manufacturer Business Models |
5.5. | Porters' Five Force Analysis Of Industry |
5.6. | Quality Assurance for Environmental Monitoring Equipment |
5.7. | SWOT analysis of 10 manufacturers |
5.8. | Future Challenges For Sensor Manufacturers |
6. | SENSORS IN MOBILE DEVICES |
6.1. | The Mobile Device Industry |
6.2. | Suitable Detection Principles For Mobile Devices |
6.3. | Consumer interface for gas sensing data |
6.4. | Challenges For Sensor Integration Into Smartphones |
6.5. | Future Market Opportunities In The Mobile Device Sector |
7. | SENSORS IN WEARABLES |
7.1. | The Wearable Technology Industry |
7.2. | Sensor Integration In Wrist Wear |
7.3. | Technology Requirements Of Wearable Sensors |
7.4. | Wearable Sensors As Part Of Modular Wrist Straps |
7.5. | Environmental Sensor Integration In Fashion Accessories |
7.6. | Future Opportunities For Wearable Sensors |
8. | SENSORS TO MEASURE INDOOR AIR QUALITY |
8.1. | Indoor Air Quality |
8.2. | Sources of Indoor Air Pollutants |
8.3. | Effects Of CO2 Exposure On Decision Making |
8.4. | Home And Office Monitoring: A Connected Environment |
8.5. | Current Smart Home Monitoring Vendors |
8.6. | Sensors To Direct HVAC Systems |
8.7. | HVAC systems in buildings |
8.8. | Future Opportunities For IAQ Monitoring |
8.9. | Challenges For Indoor Air Quality Measurement |
9. | SENSORS IN AIR PURIFIERS |
9.1. | The Global Air Purifier Market |
9.2. | Methods Of Air Purification |
9.3. | Suitable Miniaturised Detection Principles For Air Purifiers |
9.4. | Challenges In Indoor Air Quality Monitoring |
10. | SENSORS IN AUTOMOBILES |
10.1. | Automobile Pollution: A Global Epidemic |
10.2. | Air Quality Sensors Safeguarding Passengers |
10.3. | Car mounted sensors monitoring air pollution in Mexico City |
10.4. | Challenges For Automobile Gas Sensing |
10.5. | Future Opportunities For Automobile Gas Sensors |
11. | SENSORS IN SMART CITIES |
11.1. | Introduction to Smart Cities |
11.2. | Fixed Vs Mobile Sensing Networks |
11.3. | Personal Vs Private Networks |
11.4. | Current City Wide Pollution Monitoring Programmes |
11.5. | Current Smart City Air Monitoring Projects |
11.6. | Calculated Air Quality Measurements |
11.7. | Transport Based Sensing Of Environmental Pollutants |
11.8. | Airborne Pollution Sensing |
11.9. | Mobile Monitoring: Sensors on Bicycles |
11.10. | Traffic Monitoring With Gas Sensors |
11.11. | Array of Things Project - Chicago |
11.12. | Anatomy of an Outdoor Sensor Node |
11.13. | Challenges for smart city monitoring |
11.14. | Future Opportunities For Environmental Sensors In Smart Cities |
12. | OTHER APPLICATIONS |
12.1. | Handheld Environmental Monitors |
12.2. | Aircasting |
13. | MARKET FORECASTS |
13.1. | Forecast Details And Assumptions |
13.2. | Breakdown by Market |
13.3. | Market Forecast: Shipment |
13.4. | Market Forecast: Revenues |
13.5. | Shipment forecast by Detection Principle |
13.6. | Revenue Forecast by Detection Principle |
13.7. | Sensors in Mobile Devices, by Volume |
13.8. | Sensors in Mobile Devices, by Revenue |
13.9. | Sensors in Wearables, by Volume |
13.10. | Sensors in Wearables, by Revenue |
13.11. | Sensors in Indoor Air Monitors by Volume |
13.12. | Sensors in Indoor Air Monitors by Revenue |
13.13. | Sensors in Air purifiers by Volume |
13.14. | Sensors in Air purifiers by Revenue |
13.15. | Smart City Sensors by Volume |
13.16. | Smart City Sensors by Revenue |
13.17. | Automotive sensors by Volume |
13.18. | Automotive sensors by Revenue |
13.19. | Other applications, by volume |
13.20. | Other application, by Revenue |
13.21. | Conclusions |
14. | COMPANY PROFILES |
Slides | 166 |
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Companies | 41 |
Forecasts to | 2027 |