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With the global water crisis gaining attention, there is an increasing pressure on manufacturers across industries to treat their wastewater efficiently. Owing to the stringent regulations imposed by state mechanisms, it has become necessary for water treatment plant users to boost their treatment system’s efficiency. Also, if these treatment systems are not working efficiently, there can many risks involved such as costly repairs, huge fines due to the high amount of effluents in treated wate

Water conservation, environmental conservation, and wastewater treatment are all related and should go hand in hand. Conserving water is the need of the hour as it is a crucial element for life to sustain on earth. Wastewater treatment offers access to used but clean water for domestic and commercial usage, except for drinking. Treating wastewater from industries is crucial as it can otherwise be toxic to humans and harmful to the environment. These are some of the reasons for the growth of the

Today, various types of pumps are used for the delivery of fluids across industries. Among these several types of pumps, dosing pumps lead the list. As the name suggests, these pumps are positive displacement pumps that are designed to inject chemicals into steam, gas, or water. Over the years, they have become an indispensable part of integrated dosing systems that enable automated dispensing of chemicals. This post discusses these pumps in detail. A Brief Discussion on the Working of a Dosing

Water is found in the most impure form at stagnant water bodies and wastewater processing plants. This is because the water gets mixed with oil and chemicals as result of industrial processing. Nowadays, every industrial plant invests in wastewater processing systems. The water is treated to remove grease, chemicals and other impurities before releasing it to local water bodies. In wastewater processing, various types of filters are used. The centrifugal sand separator are the most popular ones.