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     Home >> Research Report >> Consumer & Retail >> Global Air Quality Monitoring and Water Quality Sensors Market (By Product Type, By Application, By Region, By Country): Opportunities and Forecasts (2016-2021)
 

Global Air Quality Monitoring and Water Quality Sensors Market (By Product Type, By Application, By Region, By Country): Opportunities and Forecasts (2016-2021) -- Air Quality By Segments (Indoor, Outdoor); By Application (Ground and Surface Water, Drinking Water, Waste Water, Aquaculture); By End-Use (Govt. & Academic Institutes, Commercial & Residential Users, Pharma & Petrochemical Industry, Power Generation), By Region (North America, Europe, APAC, RoW) and By Country (US, Canada, UK, China, India)

 
Publish Date:January 2017
No. of Pages:232
Format: Pdf (Instant Download)
 
 
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Executive Summary

A comprehensive research report created through extensive primary research (inputs from industry experts, companies, stakeholders) and secondary research, the report aims to present the analysis of air quality monitoring equipment Market and Water Quality Sensors on the basis of Market (Air Quality Monitoring, Water Quality Sensors),By Product Segments, By Application, By Region (APAC, North America, Europe), Market Attractiveness Index-Products and Regions and By Country (US, Canada, UK, China, India). 

Air Quality Monitoring Equipment Market is forecasted to grow at a CAGR of 10.33% during 2016 – 2021F ,while Water Quality Sensors Market is expected to grow at a CAGR of 7.25%. The strong growth in air quality monitoring market is driven by the rising number of deaths form air pollution coupled with increasing efforts by various government associations to develop environment friendly industries while in the water quality sensors market the growth is propelled by the rising number of water quality monitoring activities along with surging urbanisation and industrialisation across various regions.
 
Although, North America holds the major percentage share in the air quality monitoring as well and water quality sensors market, APAC is anticipated to lead the market in terms of growth rate. Rising urbanisation rate paving the way for industrialisation coupled with rising air pollution and increasing number of patients of waterborne diseases is propelling growth for the APAC region.
 
According to the Azoth Analytics research report, "Global Air Quality Monitoring and Water Quality Sensors Market (By Product Type, By Application, By Region, By Country): Opportunities and Forecasts (2016-2021)”, Air Quality Monitoring Equipment Market grew at a CAGR of over 9% during 2011-2015. Global Air Quality Monitoring Equipment Market and Water Quality Sensors Market has been segmented on the basis of Markets (Air Quality Monitoring, Water Quality Sensors), Product Segments, Application, By Region(APAC, North America, Europe), Market Attractiveness Index-Products and Regions and by Country.

Scope of the Report

By Markets
• Air Quality Monitoring Equipment
• Water Quality Sensors 

Air Quality Monitoring Equipment By Product Type
• Indoor Air Quality Monitors
• Outdoor Air Quality Monitors

Air Quality Monitoring Equipment By Applications
• Government Agencies and Academic Institutes
• Commercial and Residential Users
• Petrochemical and Pharmaceutical Industry
• Power Generation Plants
• Others

Water Quality Sensors Market By Applications
• Ground and Surface Water
• Drinking Water
• Waste Water
• Aquaculture

By Region
• Europe
• North America
• APAC
• ROW 

By Country
• US
• Canada
• UK
• China
• India

Report Highlights
• Primary Research: Interviews conducted with key management people to gain quality responses and deeper insights. 
• Secondary Research: Data and insights from industry associations, annual reports, company presentations, premium journals and internal database. 
• Actual Period: Historical and current market sizing (2012-2015)
• Forecast Period: Projected market sizing (2016E-2021F)
• Companies Covered: HORIBA, Ltd., Atlas Scientific LLC, Thermo Fisher Scientific, Oakton Instruments, Teledyne-API, Siemens AG, Emerson Electric Co., GE Power
• Market Attractiveness Index
• Strategic Recommendations

Customization of the Report
The report can be customized according to the client’s specific research requirements. No additional cost will be required to pay for limited additional research. 
                       
1. Research Methodology

2. Executive Summary

3. Strategic Recommendations
3.1. Focus  on APAC region
3.2. Focus on developing Low cost products 

4. Global Air Quality Monitoring and Water Quality Sensors Market: An Overview
4.1. Product Overview
5. Global Air Quality Monitoring Market: Growth and Forecast
5.1 Global Air Quality Monitoring Market
5.1.1. By Value (Historic 2011-15)
5.1.2. By Value ( Forecast 2016E-2021F)

6. Air Quality Monitoring Market Size By Application: Government Agencies and Academic Institutions, Commercial and Residential Users, Pharmaceutical Industry, Power Generation Plants, Others) 
6.1 Global Air Quality Monitoring Market Size By Application: Breakdown
6.1.1. By Type-Actual(2015)
6.1.2. By Type-Forecast(2021)

7. Air Quality Monitoring Market Size By Segment (Indoor Monitors, Outdoor Monitors  
7.1. Global Air Quality Monitoring Market Share By Segment: Breakdown
7.1.1. By Type-Actual(2015)
7.1.2. By Type-Forecast(2021)
7.2. Global Indoor Air Quality Monitoring Market Size
7.2.1. By Value (Historic 2011-15)
7.2.2. By Value ( Forecast 2016E-2021F)
7.3. Global Outdoor Air Quality Monitoring Market Size
7.3.1. By Value (Historic 2011-15)
7.3.2. By Value ( Forecast 2016E-2021F)

8. Market Attractiveness Index-Products

9. Air Quality Monitoring Market - Size and Growth By Region (North America, Europe, Asia Pacific, ROW) 
9.1. Global Air Quality Monitoring Market Share By Region: Breakdown
9.1.1. Actual(2015)
9.1.2. Forecast(2021)
9.2. APAC Air Quality Monitoring Market Size
9.2.1. By Value (Historic 2011-15)
9.2.2. By Value ( Forecast 2016E-2021F)
9.3. APAC  Indoor Air Quality Monitoring Market Size
9.3.1. By Value (Historic 2011-15)
9.3.2. By Value ( Forecast 2016E-2021F)
9.4. APAC  Outdoor Air Quality Monitoring Market Size
9.4.1. By Value (Historic 2011-15)
9.4.2. By Value ( Forecast 2016E-2021F)
9.5. APAC Air Quality Monitoring Market Share By Application: Breakdown
9.1.1. Actual(2015)
9.1.2. Forecast(2021)

10. North America Air Quality Monitoring Market: Sizing and Growth
10.1. By Value (Historic 2011-15)
10.2. By Value ( Forecast 2016E-2021F)
10.3. North America  Indoor Air Quality Monitoring Market Size
10.3.1. By Value (Historic 2011-15)
10.3.2. By Value ( Forecast 2016E-2021F)
10.4. North America  Outdoor Air Quality Monitoring Market Size
10.4.1. By Value (Historic 2011-15)
10.4.2. By Value ( Forecast 2016E-2021F)
10.5. North America Air Quality Monitoring Market Share By Application: Breakdown
10.5.1. Actual(2015)
10.5.2. Forecast(2021)
10.6. United States Air Quality Monitoring Market Size
10.6.1. By Value (Historic 2011-15)
10.6. By Value ( Forecast 2016E-2021F)
10.7. Canada Air Quality Monitoring Market Size
10.7.1. By Value (Historic 2011-15)
10.7.2. By Value ( Forecast 2016E-2021F)

11. Europe Air Quality Monitoring Market: Sizing and Growth
11.1. By Value (Historic 2011-15)
11.2. By Value ( Forecast 2016E-2021F)
11.3. Europe  Indoor Air Quality Monitoring Market Size
11.3.1. By Value (Historic 2011-15)
11.3.2. By Value ( Forecast 2016E-2021F)
11.4. Europe  Outdoor Air Quality Monitoring Market Size
11.4.1. By Value (Historic 2011-15)
11.4.2. By Value ( Forecast 2016E-2021F)
11.5. Europe Air Quality Monitoring Market Share By Application: Breakdown
11.5.1. Actual(2015)
11.5.2. Forecast(2021)
11.6. United Kingdom Air Quality Monitoring Market Size
11.6.1. By Value (Historic 2011-15)
11.6.2. By Value ( Forecast 2016E-2021F)

12. Market Attractiveness Index-Products

13. Market Dynamics
13.1. Drivers
13.2. Challenges
13.3. Trends

14. Policy and Regulatory Landscape

15. Global Water Quality Sensors Market: Growth and Forecast
15.1. Global Water Quality SensorsMarket
15.1.1. By Value (Historic 2011-15)
15.1.2. By Value ( Forecast 2016E-2021F)

16. Water Quality Sensors Market Size By Application: Ground and Surface Water, Drinking Water, Waste Water, Aquaculture, Others ) 
16.1. Global Water Quality Sensors Market Size By Application: Breakdown
16.1.1. By Type-Actual(2015)
16.1.2. By Type-Forecast(2021)

17. Global Water Quality Sensors Market: Growth and Forecast
17.1. Global Water Quality SensorsMarket
17.1.1. By Value (Historic 2011-15)
17.1.2. By Value ( Forecast 2016E-2021F)

18. Water Quality Sensors Market Size By Application: Ground and Surface Water, Drinking Water, Waste Water, Aquaculture, Others) 
18.3. Global Drinking  Water Quality Sensors Market Size
18.3.1. By Value (Historic 2011-15)
18.3.2. By Value ( Forecast 2016E-2021F)
18.4. Global Waste Water Quality Sensors Market Size
18.4.1. By Value (Historic 2011-15)
18.4.2. By Value ( Forecast 2016E-2021F)
18.4. Global Aquaculture Water Quality Sensors Market Size
18.4.1. By Value (Historic 2011-15)
18.4.2. By Value ( Forecast 2016E-2021F)

19. Water Quality Sensors Market Size By Region (North America, Europe, Asia Pacific, ROW) 
19.1. Global Water Quality Sensors Market Share By Region: Breakdown
19.1.1. Actual(2015)
19.1.2. Forecast(2021)
19.2. North America  Water Quality Sensors Market Size
19.2.1. By Value (Historic 2011-15)
19.2.2. By Value ( Forecast 2016E-2021F)
19.3. North America  Water Quality Sensors Market Share By Application: Breakdown
19.3.1. Actual(2015)
19.3.2. Forecast(2021)
19.4. United States Water Quality Sensors Market Size
19.4.1. By Value (Historic 2011-15)
19.4.2. By Value ( Forecast 2016E-2021F)
19.5. Canada Water Quality Sensors Market Size
19.5.1. By Value (Historic 2011-15)
19.5.2. By Value ( Forecast 2016E-2021F)
19.6. APAC  Water Quality Sensors Market Size
19.6.1. By Value (Historic 2011-15)
19.6.2. By Value ( Forecast 2016E-2021F)
19.7. APAC  Water Quality Sensors Market Share By Application: Breakdown
19.7.1. Actual(2015)
19.7.2. Forecast(2021)
19.8. China Water Quality Sensors Market Size
19.8.1. By Value (Historic 2011-15)
19.8.2. By Value ( Forecast 2016E-2021F)
19.9. India Water Quality Sensors Market Size
19.9.1. By Value (Historic 2011-15)
19.9.2. By Value ( Forecast 2016E-2021F)
19.1. Europe  Water Quality Sensors Market Size
19.1.1. By Value (Historic 2011-15)
19.1.2. By Value ( Forecast 2016E-2021F)
19.2. Europe  Water Quality Sensors Market Share By Application: Breakdown
19.2.1. Actual(2015)
19.2.2. Forecast(2021)
19.3. United Kingdom Water Quality Sensors Market Size
19.8.1. By Value (Historic 2011-15)
19.8.2. By Value ( Forecast 2016E-2021F)

20. Market Attractiveness Index-Regions

21. Market Dynamics
21.1. Drivers
21.2. Challenges

22. Competitive Landscape

23 Company Profiles
23.1. HORIBA, Ltd.
23.2 Atlas Scientific LLC
23.3. Thermo Fisher Scientific
23.4. Oakton Instruments
23.5. Teledyne-API
23.6. Siemens AG
23.7. Emerson Electric Co.
23.8. GE Power
Figure 1: Global Air Quality Monitoring Market Size, By Value, 2011-2015 (USD Billion)
Figure 2: Global PM2.5 air pollution, 2011-2015 (micrograms per cubic meter)
Figure 3: Global Carbon Dioxide Emissions, 2011-2015(Million Tons)
Figure 4: Global Vehicle sales, 2011-2015(Millions)
Figure 5: Global Number of deaths from air pollution, By Type of Pollution and Diseases (2013) (Million)
Figure 6: Global public healthcare expenditure, 2009, 2012, 2015 (% of GDP)
Figure 7: Global healthcare expenditure per capita, 2011-2015 (USD)
Figure 8: Global Body Air Quality Monitoring Market Size, By Value, 2016E-2021F (USD Billion)
Figure 9: Global Air Quality Monitoring Market  Size and Share, By Application, 2015
Figure 10: Global Air Quality Monitoring Market  Size and Share, By Application, 2021F
Figure 11: Global Air Quality Monitoring Market  Size and Share, By Segment, 2015
Figure 12: Global Air Quality Monitoring Market  Size and Share Size and Share, By Segment, 2021
Figure 13: Global Indoor Air Quality Monitoring Size, By Value, 2011-2015 (USD Billion)
Figure 14: North America and Europe Smart homes market, 2011-2015 (USD Billion)
Figure 15: Global Number of deaths from household  air pollution, By  Type of Diseases(2013) (Million)
Figure 16: Profile of diseases and the after effects caused by indoor air pollution
Figure 17: Global Indoor Air Quality Monitoring Market Size, By Value, 2016E-2021F (USD )
Figure 18: Global Outdoor Air Quality Monitoring Size, By Value, 2011-2015 (USD )
Figure 19: Global Number of deaths from ambient air pollution, By  Type of Diseases(2013) (Million)
Figure 20: Global Outdoor Air Quality Monitoring Market Size, By Value, 2016E-2021F (USD Billion)
Figure 21: Global Air Quality Monitoring Market  Size and Share, By Region, 2015
Figure 22: Global Air Quality Monitoring Market  Size and Share Size and Share, By Segment, 2021F
Figure 23: APAC air quality monitoring Market Size , By Value, Historic  2011-2015 (USD Billion)
Figure 24: APAC PM2.5 air pollution, By Select Countries, 2011-2015 mean annual exposure (micrograms per cubic meter)
Figure 25: ÀPAC Vehicles in Use, By Select Countries,2011-2015(Thousands) 
Figure 26: ÀPAC Vehicles Motorization Rate, By Select Countries,2013,2014(/1000 inh.) 
Figure 27: APAC Carbon Dioxide Emissions, 2010-2014 (Million Metric Tons)
Figure 28: APAC Healthcare Expenditure, By Select Countries 2011-2014 (% of GDP)
Figure 29: APAC air quality monitoring Market Size , By Value, Forecast, 2016E-2021F, (USD Billion)
Figure 30: APAC Indoor Air Quality Monitoring Size, By Value, 2011-2015 (USD Billion)
Figure 31: Global Indoor Air Quality Monitoring Market Size, By Value, 2016E-2021F (USD Billion)
Figure 32: Global Indoor Air Quality Monitoring Market Size, By Value, 2016E-2021F (USD Billion)
Figure 33: APAC Outdoor Air Quality Monitoring Market Size, By Value, 2016E-2021F (USD Billion)
Figure 34: APAC Air Quality Monitoring Market  Size and Share, By Application, 2015
Figure 35: APAC  Air Quality Monitoring Market  Size and Share, By Application, 2021F
Figure 36: China air quality monitoring Market Size , By Value, Historic  2011-2015 (USD Billion)
Figure 37: China PM 2.5 pollution,2011,2013, 2015 (micrograms per cubic meter)
Figure 38: China air quality monitoring Market Size , By Value, Forecast, 2016E-2021F, (USD Billion)
Figure 39: China air quality monitoring Market Size , By Value, Forecast, 2016E-2021F, (USD Billion)
Figure 40: India air quality monitoring Market Size , By Value, Historic  2011-2015 (USD Billion)
Figure 41: India PM 2.5 Air Pollution, (2011-2015) (micrograms per cubic meter)
Figure 42: India Number of Deaths by Air Pollution, By Pollution Type (Millions), 2013
Figure 43: India air quality monitoring Market Size, By Value, Forecast, 2016E-2021F, (USD Billion)
Figure 44: North America air quality monitoring Market Size , By Value, Historic  2011-2015 (USD Billion)
Figure 45: North America Carbon Dioxide Emission (Million Metric Tons)
Figure 46: North America Vehicle Sales, 2011-2015(Million) 
Figure 47: North America Green House Gases Emissions, By Select Countries, By Volume, 2011-2014(Billion Metric Tons of carbon dioxide equivalent )
Figure 48: North America air quality monitoring Market Size , By Value, Forecast, 2016E-2021F, (USD Billion)
Figure 49: North America Indoor Air Quality Monitoring Size, By Value, 2011-2015 (USD Billion)
Figure 50: North America Indoor Air Quality Monitoring Market Size, By Value, 2016E-2021F (USD Billion)
Figure 51: North America Outdoor Air Quality Monitoring Market Size, By Value, 2011-2015 (USD Billion)
Figure 52: North America Outdoor Air Quality Monitoring Market Size, By Value, 2016E-2021F (USD Billion)
Figure 53: North America Air Quality Monitoring Market  Size and Share, By Application, 2015
Figure 54: North America  Air Quality Monitoring Market  Size and Share, By Application, 2021F
Figure 55: United States air quality monitoring Market Size , By Value, Historic  2011-2015 (USD Billion)
Figure 56: United States CH4 Emissions, 2012-2014 (MMT CO2 Equivalents)
Figure 57: United States Greenhouse Gases Emissions, 2011-2015(MMT CO2 Equivalents)
Figure 58: United States air quality monitoring Market Size, By Value, Forecast, 2016E-2021F, (USD Billion)
Figure 59: Canada air quality monitoring Market Size , By Value, Historic  2011-2015 (USD Billion)
Figure 60: Canada air quality monitoring equipment Market Size, By Value, Forecast, 2016E-2021F, (USD Billion)
Figure 61: Europe air quality monitoring equipment Market Size , By Value, Historic  2011-2015 (USD Billion)
Figure 62: European Union PM 2.5 Air Pollution mean annual exposure (micrograms per cubic meter), (2011-2015)
Figure 63: Europe PM 2.5 Air Pollution (micrograms per cubic meter), By Leading Countries, (2012-2015)
Figure 64: Europe Air Quality Monitoring Market Size , By Value, Forecast, 2016E-2021F, (USD Billion)
Figure 65: Europe Indoor Air Quality Monitoring Size, By Value, 2011-2015 (USD Billion)
Figure 66: Europe Indoor Air Quality Monitoring Market Size, By Value, 2016E-2021F (USD Billion)
Figure 67: Europe Outdoor Air Quality Monitoring Market Size, By Value, 2011-2015 (USD Billion)
Figure 68: Europe Outdoor Air Quality Monitoring Market Size, By Value, 2016E-2021F (USD Billion)
Figure 69: Europe Air Quality Monitoring Market  Size and Share, By Application, 2015
Figure 70: Europe  Air Quality Monitoring Market  Size and Share, By Application, 2021F
Figure 71: United Kingdom air quality monitoring equipment Market Size, By Value, Historic  2011-2015 (USD Billion)
Figure 72: United Kingdom Air Quality Monitoring Market Size , By Value, Forecast, 2016E-2021F, (USD Billion)
Figure 73:  Per Capita Health Care Expenditure, By Select Countries, 2011-2014(USD)
Figure 74: Global Water Quality Sensors  Market Size, By Value, 2011-2015 (USD Billion)
Figure 75: Global Urban Population, 2011-2015(% of Total Population)
Figure 76: Harmful effects of nutrient pollution
Figure 77: Global Water Quality Sensors Market Size, By Value, 2016E-2021F (USD Billion)
Figure 78: Global Air Quality Monitoring Market  Size and Share, By Application, 2015
Figure 79: Global Air Quality Monitoring Market  Size and Share Size and Share, By Application, 2021F
Figure 80: Global Ground Water and Surface Water Quality Sensors  Market Size, By Value, 2011-2015 (USD Billion)
Figure 81: Potenial sources of ground water contamination
Figure 82: Global Ground Water and Surface Water Quality Sensors  Market Size, By Value, 2016E-2021F (USD Billion)
Figure 83: Global Drinking Water Quality Sensors  Market Size, By Value, 2011-2015 (USD Billion)
Figure 84: Global Bottled Water Market Size, By Value, By Countries, 2013-2015(Billion Litres)
Figure 85: Global Drinking Water Quality Sensors Market Size, By Value, 2016E-2021F (USD Billion)
Figure 86: Global Waste Water Quality Sensors  Market Size, By Value, 2011-2015 (USD Billion)
Figure 87: Global Waste Water Quality Sensors Market Size, By Value, 2016E-2021F (USD Billion)
Figure 88: Global Aquaculture Water Quality Sensors  Market Size, By Value, 2011-2015 (USD Billion)
Figure 89: Global Aquaculture Water Quality Sensors Market Size, By Value, 2016E-2021F (USD Billion)
Figure 90: Global Water Quality Sensors Market  Size and Share, By Region, 2015
Figure 91: Global Water Quality Sensors Market  Size and Share Size and Share, By Region, 2021
Figure 92: North America Water Quality Sensors  Market Size, By Value, 2011-2015 (USD Million)
Figure 93: Technological Breakthroughs in Biosensors and Optical Sensors
Figure 94: Technological Advancements in water quality sensors
Figure 95: Sources of Nutrient Pollution
Figure 96: Government Initiatives to promote water quality
Figure 97: North America Water Quality Sensors Market Size, By Value, 2016E-2021F (USD Billion)
Figure 98: North America Water Quality Sensors Market, Size and Share, By Application, 2015
Figure 99: North America Water Quality Sensors Market  Size and Share, By Application, 2021F
Figure 100: United States Water Quality Sensors  Market Size, By Value, 2011-2015 (USD Billion)
Figure 101: United States Water Quality Sensors Market Size, By Value, 2016E-2021F (USD Billion)
Figure 102: Canada Water Quality Sensors  Market Size, By Value, 2011-2015 (USD Billion)
Figure 103: Canada Water Quality Sensors Market Size, By Value, 2016E-2021F (USD Billion)
Figure 104: APAC  Water Quality Sensors Market Size, By Value, 2011-2015 (USD Million)
Figure 105: APAC  total urban population, By Countries 2011-2015(% of total)
Figure 106:  APAC  Water Quality Sensors Market Size, By Value, 2016E-2021F (USD Billion)
Figure 107: APAC Water Quality Sensors Market, Size and Share, By Application, 2015
Figure 108: APAC Water Quality Sensors Market  Size and Share, By Application, 2021F
Figure 109: China Water Quality Sensors  Market Size, By Value, 2011-2015 (USD Billion)
Figure 110: China Water Quality Sensors Market Size, By Value, 2016E-2021F (USD Billion)
Figure 111: India Water Quality Sensors  Market Size, By Value, 2011-2015 (USD Billion)
Figure 112: India Water Quality Sensors Market Size, By Value, 2016E-2021F (USD Billion)
Figure 113: Europe Water Quality Sensors  Market Size, By Value, 2011-2015 (USD Million)
Figure 114: Sources of Water Pollution in Europe
Figure 115: Europe Water Quality Sensors Market Size, By Value, 2016E-2021F (USD Billion)
Figure 116: Europe Water Quality Sensors Market, Size and Share, By Application, 2015
Figure 117: Europe Water Quality Sensors Market  Size and Share, By Application, 2021F
Figure 118: United States Water Quality Sensors  Market Size, By Value, 2011-2015 (USD Billion)
Figure 119: United States Water Quality Sensors Market Size, By Value, 2016E-2021F (USD Billion)
Figure 120: Global Urban Population, 2011-2015(% of Total Population)
                                                      

 List of Tables

Table 1: Common Processed Meat & Poultry Hazards at Different stages of Production
Table 2: Common Processed Meat & Poultry Hazards at Different stages of Production
Table 3: Common Contaminants in Processed Food
Table 4: Contaminants in Processed Food
Table 5: Contaminants in Processed Food
















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