Report on Global Dissolved Oxygen Meter Market [2015]

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Date Submitted: 12/22/2015 10:50 PM

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Dec 23 2015 Mumbai, India: Bharatbook.com announces a report on “ Report on Global Dissolved Oxygen Meter Market [2015] ”. The growth of this segment is supported by the fact that dissolved oxygen meters that employ optical sensors are capable of producing more accurate results compared to generic dissolved oxygen meters using electrochemical sensors.

Market outlook of the dissolved oxygen meter market

Market research analyst predicts the global dissolved oxygen meter market to grow at a CAGR of over 6% during the forecast period. The major factor contributing to this growth is the rising importance of environmental monitoring over the recent years. With the primary end-user industries such as environmental sciences and aquaculture expected to grow steadily over the next five years, the demand for dissolved oxygen meters is expected to rise over the forecast period.

Recently, researchers have been experimenting with animal-borne dissolved oxygen meters, which includes deploying animals such as elephant seals with dissolved oxygen sensors that allow real-time remote tracking of dissolved oxygen concentration of these water bodies with high accuracy. Although, these experiments have not been implemented on a large scale, the results generated from the trials conducted until 2014 have been promising. Therefore, the implementation of animal-borne dissolved oxygen meters is likely to gain traction in the future and simultaneously boost the market growth.

Segmentation by technology of the dissolved oxygen meter market

• Optical sensor

• Electrochemical sensors

The majority of the dissolved oxygen meters sold in 2015 used optical sensors with over 61% of the revenue being contributed by dissolved oxygen meters employing optical sensors. The growth of this segment is supported by the fact that dissolved oxygen meters that employ optical sensors are capable of producing more accurate results compared to generic dissolved oxygen meters using electrochemical...