Water Quality Monitoring Market Future expansions of wastewater treatment 2025

Global Water Quality Monitoring Market: Overview

Water quality monitoring makes use of water quality data to identify trends, characterize waters from various waterbodies, address emerging problems, assess the effectiveness of pollution control programs, and help formulate better pollution control policies, apart from responding to emergencies such as draughts and floods. The chemical, physical, microbiological, and biological characteristics of water are measured under water quality monitoring.

By product type, dissolved oxygen analyzers, conductivity sensors, pH meters, turbidity meters, multi-parameter devices, flowmeters, and TOC analyzers can be some of the key segments of the market. Based on end-use applications, industrial, commercial, government, laboratories, agricultural, and residential can be the major segments of the global water quality monitoring market.

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Global Water Quality Monitoring Market: Key Trends

The rising demand for wastewater treatment, increasing incidence of waterborne diseases, and growing awareness about the quality of drinking water are some of the key catalysts of the market. More than 1.8 million people over the world drink faecally contaminated water, found a study conducted by the WHO/UNICEF Joint Monitoring Programme for Water Supply and Sanitation.

Moreover, according to the WHO World Water Day Report, nearly 3.4 million people, mostly children, fall prey to death due to the consumption of unclean drinking water worldwide. Typhoid, hepatitis A, and cholera, caused by bacteria in undrinkable water are some of the most common diarrheal diseases afflicting the third world countries. Therefore, the demand for water quality monitoring systems is likely to go up.

However, ignorance about the benefits of these systems and high costs of the devices used in water quality monitoring might impede the progress of the market. Despite these deterrents, the market is expected to gain from the development of cost-efficient smart water networks that deploy geographic information systems (GIS) and sensors to evaluate water quality.

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Global Water Quality Monitoring Market: Market Potential

Water quality monitoring is being increasingly acknowledged by government bodies of several nations worldwide. For instance, in Thailand a majority of large factories that generate 7,500 cubic meters of wastewater have been put under a real-time monitoring system. The Central government of India has also installed 44 real-time water quality monitoring stations (RTWQMS) in Ganga, the largest river of the Indian subcontinent during March 2017.

Mergers and acquisitions, partnerships, collaborations, and product development are some of the key business strategies adopted by companies. For instance, in March 2017, Ecolab Inc., in partnership with Microsoft Corp. and Trucost, announced the addition of new features to its financial-modeling tool. The advanced tool, Water Risk Monetizer, is designed to aid enterprises in the detection of unwanted elements in water, prediction of water expenses, and conservation of water.

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Global Water Quality Monitoring Market: Regional Outlook

By geography, the Middle East, Africa, Asia Pacific, North America, and Europe are the key segments of the global market for water quality monitoring. Europe has emerged as one of the leading regional markets, driven by high awareness about water quality and the consequent implementation of water quality monitoring activities in Germany, France, the U.K, Portugal, Greece, Denmark, and Switzerland.

Several government initiatives and laws have been promoting the adoption of water quality monitoring systems in North America. Israel in the Middle East, and India, Singapore, Japan, and China in Asia Pacific are likely to represent a significant portion of the market over the forecast period.

Global Water Quality Monitoring Market: Competitive Analysis

Owing to the presence of several large players, the global water quality monitoring market has a highly fragmented vendor landscape. Some of the major companies operating in the global market for water quality monitoring are Thermo Fisher Scientific, Horiba, Ltd., General Electric Company, Shimadzu Corporation, Agilent Technologies, Honeywell International, Inc., Danaher Corporation, Mettler- Toledo International Inc., Stevens Water Monitoring Systems, Xylem, OTT Hydromet, YSI, Hydro International, Hanna Instruments, Sea-Bird Coastal, LaMotte Company, and OAKTON Instruments.

Water Quality Monitoring Market Projected to Hamper the Growth by 2025

Global Water Quality Monitoring Market: Overview

Water quality monitoring makes use of water quality data to identify trends, characterize waters from various waterbodies, address emerging problems, assess the effectiveness of pollution control programs, and help formulate better pollution control policies, apart from responding to emergencies such as draughts and floods. The chemical, physical, microbiological, and biological characteristics of water are measured under water quality monitoring.

By product type, dissolved oxygen analyzers, conductivity sensors, pH meters, turbidity meters, multi-parameter devices, flowmeters, and TOC analyzers can be some of the key segments of the market. Based on end-use applications, industrial, commercial, government, laboratories, agricultural, and residential can be the major segments of the global water quality monitoring market.

Request Sample Copy of the Report @

https://www.tmrresearch.com/sample/sample?flag=B&rep_id=1982

Global Water Quality Monitoring Market: Key Trends

The rising demand for wastewater treatment, increasing incidence of waterborne diseases, and growing awareness about the quality of drinking water are some of the key catalysts of the market. More than 1.8 million people over the world drink faecally contaminated water, found a study conducted by the WHO/UNICEF Joint Monitoring Programme for Water Supply and Sanitation.

Moreover, according to the WHO World Water Day Report, nearly 3.4 million people, mostly children, fall prey to death due to the consumption of unclean drinking water worldwide. Typhoid, hepatitis A, and cholera, caused by bacteria in undrinkable water are some of the most common diarrheal diseases afflicting the third world countries. Therefore, the demand for water quality monitoring systems is likely to go up.

However, ignorance about the benefits of these systems and high costs of the devices used in water quality monitoring might impede the progress of the market. Despite these deterrents, the market is expected to gain from the development of cost-efficient smart water networks that deploy geographic information systems (GIS) and sensors to evaluate water quality.

Request TOC of the Report @

https://www.tmrresearch.com/sample/sample?flag=T&rep_id=1982

Global Water Quality Monitoring Market: Market Potential

Water quality monitoring is being increasingly acknowledged by government bodies of several nations worldwide. For instance, in Thailand a majority of large factories that generate 7,500 cubic meters of wastewater have been put under a real-time monitoring system. The Central government of India has also installed 44 real-time water quality monitoring stations (RTWQMS) in Ganga, the largest river of the Indian subcontinent during March 2017.

Mergers and acquisitions, partnerships, collaborations, and product development are some of the key business strategies adopted by companies. For instance, in March 2017, Ecolab Inc., in partnership with Microsoft Corp. and Trucost, announced the addition of new features to its financial-modeling tool. The advanced tool, Water Risk Monetizer, is designed to aid enterprises in the detection of unwanted elements in water, prediction of water expenses, and conservation of water.

Read Comprehensive Overview of Report @

https://www.tmrresearch.com/water-quality-monitoring-market

Global Water Quality Monitoring Market: Regional Outlook

By geography, the Middle East, Africa, Asia Pacific, North America, and Europe are the key segments of the global market for water quality monitoring. Europe has emerged as one of the leading regional markets, driven by high awareness about water quality and the consequent implementation of water quality monitoring activities in Germany, France, the U.K, Portugal, Greece, Denmark, and Switzerland.

Several government initiatives and laws have been promoting the adoption of water quality monitoring systems in North America. Israel in the Middle East, and India, Singapore, Japan, and China in Asia Pacific are likely to represent a significant portion of the market over the forecast period.

Global Water Quality Monitoring Market: Competitive Analysis

Owing to the presence of several large players, the global water quality monitoring market has a highly fragmented vendor landscape. Some of the major companies operating in the global market for water quality monitoring are Thermo Fisher Scientific, Horiba, Ltd., General Electric Company, Shimadzu Corporation, Agilent Technologies, Honeywell International, Inc., Danaher Corporation, Mettler- Toledo International Inc., Stevens Water Monitoring Systems, Xylem, OTT Hydromet, YSI, Hydro International, Hanna Instruments, Sea-Bird Coastal, LaMotte Company, and OAKTON Instruments.

Rising Wastewater Treatment to Bolster Demand for Water Quality Monitoring

San Francisco, California, January 08, 2018: The rising implementation of wastewater treatment practices in various parts of the world, supported by environmental and health policies, is a crucial factor stoking the demand for water quality monitoring. Intensifying efforts to preserve the declining freshwater resources world over and the pressing need to manage the quality of waterways is a crucial factor boosting the market. The significant role of water quality monitoring in increasing the effectiveness of pollution control programs in developing and developed regions is a key factor accentuating the growth of the market.

A new report penned by TMR Research, titled, “Water Quality Monitoring Market – Global Industry Analysis, Size, Share, Trends, Analysis, Growth, and Forecast 2017–2025”, offers an incisive analysis of various factors and trends shaping the current dynamics and future growth trajectory of the market. The study offers insights into the share and size of various segments, recent partnerships and collaborations in major regions, and the regulatory landscape prevailing in major regions.

The rising incidence of presence of corrosiveness in ground-water sites and the mounting concerns of toxic chemicals leaching into drinking water are important aspects creating substantial demand for water quality monitoring systems and technologies. The rising incidence of waterborne diseases in several developing and less developed regions is also bolstering the demand. A rising worldwide population relying on municipal water for their daily needs in these regions is stimulating the need for monitoring the quality of water.

The rising prevalence of diarrheal diseases in communities with constrained access to safe sanitation and drinking water is fueling the demand for robust water quality monitoring practices by governments. A number of regional regulations in place to monitor the leaching of industrial waste into public water bodies in several developed and developing countries is providing a robust fillip to the market. Various water quality monitoring practices are increasingly being adopted by law makers and water managers in developed nations to help them measure the effectiveness of various water policies. This is a key trend accentuating the growth of the market.

The limited awareness about water quality management in rural population in several developing countries and the high cost of related technologies are key factors likely to cripple the growth of the market to an extent. Nevertheless, a large number of governmental initiatives focusing on creating awareness in these countries bodes well for the market.

The prominent trend of remote water quality monitoring using IoT devices is opening up promising prospects for market players in major regions. The growing number of smart city initiatives include cleaning of rivers and waterways, thereby creating a robust demand for various water quality management systems. Several technological advances made in sensors in recent years augur well for the water quality monitoring systems.

Regionally, Europe and North America are prominent markets for water quality monitoring. The extensive adoption of water quality monitoring practices in various parts of Europe can be attributed to the sustained focus on preserving the quality of freshwater resources and water quality monitoring activities. Countries such as France, the U.K, Germany, Denmark, Switzerland, and Portugal will be at the forefront of the growth in this regional market. In North America, several emerging governmental norms and regulations from regional bodies are accentuating the growth of the market over the assessment period. Asia Pacific is anticipated to witness several promising avenues for market players in the years to come. A major chunk of demand is expected to come from countries such as India, Japan, China, and Singapore.

The vendor landscape in the global water quality monitoring market is fairly fragmented marked by the presence of a number of big players hoping to gain a significant share. Key players operating in the market include Thermo Fisher Scientific, Horiba, Ltd., OAKTON Instruments, LaMotte Company, Hanna Instruments, Hydro International, YSI, OTT Hydromet, Xylem, Mettler- Toledo International Inc., Danaher Corporation, Honeywell International, Inc., Agilent Technologies, Shimadzu Corporation, and General Electric Company.

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