growth prospects in the water quality sensor market until 2022
TRANSCRIPT
Monitoring water quality in rivers
GLOBAL WATER QUALITY
SENSOR MARKET
INCREASING USE OF NANOTECHNOLOGY IN SENSORS
Nano particles enjoy an edge over conventional materials in terms of electrical, magnetic, structural, and optical properties, allowing nano-particles to detect single cells and other particles at the atomic level. This makes nano particle-based sensing platforms offer better sensitivity compared to existing platforms within a shorter timeframe.
Nanotechnology has a high volume ratio and a large reaction surface due to nanoparticles having sizes less than 100 nm.
The global water quality sensor market is expected to grow at a CAGR of around 7% through 2022.
Real-time water quality information can be measured because of improvements in sensor technology and data recording technology.
Sensors are used to measure the water quality and its properties such as pH, water temperature, turbidity, DO, and nitrate. Moreover, sensors are used to measure the portion of the electromagnetic spectrum that indicates the adsorption and scattering of light and even sound.
THE MARKET IS URGED BY NEED TO MONITOR WATER QUALITY ON REAL-TIME BASIS
WORLD'S TOP BRANDS LEAD THE WAY
Thermo Fisher Scientific
Environmental Measurements
Libelium Comunicaciones
Distribuidas
OAKTON Instruments
YSI
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The water quality sensor market is characterized by the presence of several vendors.
THE AMERICAS LED THE MARKET
The global water quality sensors market by geography has been derived from the sales of water quality sensors by end users. Among the several regions the Americas dominated the market, followed by EMEA and APAC.
Technavio finds that 38.85% of the incremental growth will originate from the Americas.
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ULTRAVIOLET-C (UVC) LED REDUCE SENSOR COSTS AND IMPROVE PRODUCTIVITY
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UVC LEDs will suit many of water quality monitoring applications because of the advantage of low-cost ownership, low power consumption, and smaller carbon footprint.
UVC LEDs are also used in scientific and industrial instruments to measure the quality of water, air, and biological samples. These new sensors allow the water quality practitioners across a range of industries to bypass expensive sample lab testing and obtain real- time data, often in remote locations.
cost of water quality sensors is reduced with UVC
LEDS
80%
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