Importance Of Water Testing For Industrial Applications

Access to clean or disinfected water is something we usually take for granted because of the abundant water resources around us. But, it’s our prime responsibility to ensure that the water we consume or use is of standard quality. This is especially a pressing need in this modern age when growth in population & global market has led to increasing water pollution like nothing else. So, what’s the ideal solution to ensure the quality of water for both human use and industrial applications? Water Testing! 

 

Analyzing water sources is an essential step for all! That’s mainly because the quality of water directly impacts human consumption, health, the natural environment, domestic use, and industrial applications. So, be it government regulatory bodies, businesses, or homeowners, everyone needs to measure the suitability of water for use. While governmental organizations should regulate water to keep away potential health & environmental risks, businesses should measure the water quality to maintain their integrity, and homeowners should ensure that their water is safe to consume. 

 

Here in this blog, we will particularly discuss industrial water quality testing. So, read till the end to learn what is industrial water testing and what are the parameters for successful testing or determining the water impurities in the water used for industrial purposes.

 

What is industrial water quality testing?

 

Water quality testing refers to the measurement of the suitability of water for commercial uses, based on physical, chemical, biological, organic, and toxic metal parameters. Water quality plays a key role in the industrial sectors since even seemingly minor contamination or impurity in the water can cause severe consequences. For various industrial sectors, water is the main resource. As a result, companies should maintain & document water quality to preserve their integrity. 

 

Want to protect your company from the liability of contaminated water, inferior water quality, and damage to equipment or infrastructure caused by water impurities? Industrial water quality testing is the ideal solution!

 

However, DIY water quality testing can be quite challenging and stressful for any business. That’s mainly because it requires knowledge of health & safety regulations, professional training on using water testing equipment, and of course, years of experience in the field. Given the factors associated with water quality testing, it’s always advisable to hire a trained & experienced environmental consultant for performing extensive water quality testing & analysis.

 

What are the parameters of water quality testing?

 

Industrial water quality testing services incorporate multiple parameters to determine the threats posed by water impurities on industries. These parameters cover almost all scopes of potential water quality issues, leading to successful testing. Now, without any ado, let’s delve into the critical parameters for measuring the quality of water.

 

• Physical: Physical parameters refer to the common characteristics of the water used in an industrial setting. These generally include color, odor, turbidity, pH level, taste, conductivity, and dissolved solids. A close observation of all these factors stands to be a necessity today since each of them can impact water usage for industrial applications. In addition, measuring these parameters help businesses determine if the water quality falls under the standard range for the industry that will use the water.

 

• Chemical: The primary reason for measuring chemical parameters is to determine the hardness of the water. Basically, hardness refers to the level of inorganic mineral content present in the water. Hard water fails to accept dissolved substances readily, leading to deposits on industrial equipment due to its high mineral content. To reduce the drastic impact of hard water on manufacturing equipment & processes, it’s essential to measure the hardness of the water in use. Herein comes the importance of industrial water testing. It actually assesses the concentrations of fluoride, magnesium, chloride, sulfate, calcium, nitrate, and phosphate in the water.

 

• Biological: These parameters refer to the measurements of water quality that reflect the number of bacteria, algae, viruses, and protozoa present in the water for industrial use. The testing of these parameters is mainly performed in the food & medicine industries. 

 

• Organic: The analysis of these industrial water quality testing parameters helps in determining the presence of phenols, oil, grease, pesticides, and nitrate in the water for industrial use. They are also known as organic, nutrient, and demand parameters since they calculate the biochemical oxygen demand (BOD) and chemical oxygen demand (COD) in the water used for industrial applications.

 

• Toxic Metals: The presence of toxic metals in the water used by industries like food or medicine can cause hazardous consequences. Thus, it is a great concern and needs to be accessed properly. The toxic metal testing parameter of industrial water quality analysis determines the presence of substances like copper, chromium, cadmium, zinc, lead, mercury, iron, and manganese in the water for industrial use.

 

Bottom Line

 

Hopefully, this blog helped you understand the importance of industrial water quality testing. Testing water sources not only help businesses prevent damage to their industrial equipment but also the contamination of their processed products. However, it would be best if the testing is conducted by a trained and experienced environmental consultant!