What is importance of a Chemical feed station for Water Purification?
Around 85 to 95 percent of harmful material is removed from wastewater before it is released into waterways in wastewater treatment facilities. The chemical feed station is an important part of this procedure.
A chemical feed station is an important part of the chemical dosing system because it allows water treatment chemicals to be dispensed without the need for physical handling.
When used in conjunction with other purifying water equipment’s, chemical feed stations can help to clean up even the most contaminated waterways.
In these instances, a chemical feed system is essential to ensure that the water conditioning system is able to operate optimally.
Chemical Feed Stations usage
While disinfection has long been a function of chemical feed stations, it is only a minor fraction of what they can achieve. These are used in many water treatment plants to feed chemicals to control corrosion, coagulation, and pH levels so that everyone can drink clean water from their taps. As a result, cycled wastewater can be released back into the environment without concern of pollution.
Chemical Feed Stations enhance treatment methods
Chemical feed stations have the ability to increase water treatment systems' overall performance. This is due to the fact that stations can give chemical oxidation, which can help with concerns like elevated iron, hydrogen sulphide, and manganese levels. A chemical feed system is the only way to ensure that a system continues to perform properly and efficiently when these concentrations are extremely high.
Chemical feed stations can also be used to add hydrogen peroxide or potassium permanganate as a filter regenerant or oxidant.
Filter aids assist prevent circumstances that create colloids, therefore feed stations are ideal for delivering strong acids for pH regulation and anticoagulants.When it comes to water filtration and control, chemical feed stations can be extremely useful.
A well-designed feed system is an essential component of a successful water treatment scheme. Chemical control may not meet specifications, programme outcomes may be unsatisfactory, and running expenses are likely to be exorbitant if a feed system is not constructed effectively.
The following are some of the costly issues linked with poor chemical control:
1: Increased chemical expenditures as a result of overfeeding;
2: Waterside fouling causing uneven product quality, reduced throughput, and greater steam and electrical expenses;
3: Corrosion rates are significant, which necessitate equipment maintenance and replacement (i.e., plugging or replacing corroded heat exchanger tubes or bundles);
4: High labour expenses owing to a high need for operator attention;
5: Due to poor management or acid spills into cooling towers, there is a danger of severe and widespread damage to process equipment;
6: When compared to the high expense of these control issues, a considerable investment in a chemical feed system can often be justified. Chemical levels are frequently over or below programme parameters when a chemical feed system is not correctly engineered. This can be avoided by using a correct feeding system.
If you don't already have a feed station, talk to Netsol Water Solutions about which ones would be best for your system. We are not only a wealth of information, but we can also assist you in choosing the appropriate chemical feed station for your needs.
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