Albany, NY -- (SBWire) -- 12/20/2018 --A recent report by ResearchMoz.us, titled, " Sensors for Trace Contaminant Detection in Water: Technologies and Global Markets," discusses every facet of the market after studying it from different angles. For example, it throws light on the various factors stoking or hindering growth in the market. It studies the current and possible size of the market and also its prospects going forward.

At the outset, the report states that rising levels of water pollution worldwide owing to rapid urbanization and industrialization – both of which have led to indiscriminate disposal of waste – is the main reason why demand for sensors for trace contaminant detection in water has risen in the first place. As per the National Institute of Environmental Health Sciences (NIEHS), water pollution results from entering of chemicals and other foreign substances such as food processing waste and mercury in water. It can also result from pesticides and fertilizers or lead, mercury and heavy metals making their way to pristine water. Sensors are used to detect the traces of such harmful contaminants in water. So much so that it has proved to be lucrative market globally.

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The sensors enable to check water pollution and thus have become very useful in modern day and time. Various diktats framed by governments and independent bodies to thwart water pollution and their constant efforts to keep a tab on the level of pollutants in the water have promoted sales of sensors for trace contaminant detection in water. For instance, as per the U.S. Environmental Protection Agency's (EPA) Safe Drinking Water Act, contaminants are categorized as foreign chemicals, radiological and biological matters, or other substances present in water.

The various types of sensors for trace contaminant detection in water are electrochemical piezoelectric sensors, functional DNA biosensors, chemical sensors, and others. Those are used to detect the level of purity in waters such as groundwater and surface water, drinking water, and wastewater and laboratory applications.

For example, in groundwater and surface water the sensors for trace contaminant detection can unearth the presence of different harmful contaminants, namely toxic chemical pills and nuclear materials. This helps to make the water more suitable for irrigation. Sensors for trace contamination detection in wastewater, again, help to find out the extent of pollutants in water so that appropriate treatment methods can be devised. Further, in laboratory settings, sensors for trace contaminant detection enable to study the quality of water gathered from a range of sources such as oceans, rivers, and others. Trace contamination detection sensors find usage in coastal or estuarine and aquaculture sectors too.

Some of the key sensor technologies in the market are laser induced breakdown spectroscopy, nanoelectrode arrays, micro chem lab, laser induced breakdown spectroscopy, CZT detectors, and others. Prominent participants in the market include Andalyze Inc., Atlas Scientific, Aqua Metrology Systems, Chelsea Technologies Group Ltd., and Biosensor SRL.

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