Application of Spectrophotometer in Identifying Water Quality

Water quality is difficult to identify. Whether dealing with large quantities of water or the tiny bottles you buy at the supermarket, quality matters in every aspect. When you go to the kitchen and fill your glass with water, most of us judge the quality of a liquid by its clarity. There are many harmful tiny particles or chemical components that are invisible to the naked eye.

Portable spectrophotometry offers a solution for identifying contaminants. Testing is necessary to test the quality of drinking water. The importance of water quality values ​​for various applications including environmental protection issues, portable water and consumption cannot be overemphasized. It is used in many industries where the quality and purity of water are important factors. Various simple and convenient test methods have been created that use color samples for the purpose of comparison and monitoring of water quality. These measurement tools fail to provide the qualitative information required for efficient and effective analysis. Some test kits use chemical reactants to give visual guidance to analyze substances that contaminate the sample itself.

Portable Spectrophotometer s offer a non-destructive alternative to measuring contaminants that often hide in our water supplies. It is easy to use, accurate and eliminates the risk of human error. Water quality and purity standards require objective data using spectrophotometric analysis to meet water quality standards.

Various applications of water quality are:

Spectrophotometer identifies grease contamination in large water sources

Ability to identify traces of iron in drinking water supplies

Analysis of ocean chemistry using a Spectrophotometer to quantify chlorophyll levels

Nitrates identify the health of our oceans and waterways

Spectrophotometers measure color values ​​and specific wavelengths of light to classify the exact properties of chemical constituents in several water sources. Accurate absorbance measurements determine and quantify the levels of these compounds. It provides some valuable information about water quality. This data can be used to identify the safety of drinking water and understand the toxicity level of additives. Measuring nutrients in seawater and freshwater by spectrophotometry provides researchers of all kinds with a wealth of information that directly correlates to water quality and identifies small changes.

The benefits of using a portable Spectrophotometer are:

Modern equipment is both durable and portable

Provides flexibility of use

Designed to measure a wide variety of liquid substances

Provide valuable data to maintain safety and quality