Cooling towers require water for their continuous and uninterrupted operation. The water required for such a process can be to the tune of thousands of gallons per day. Therefore, the water used for the operation of these towers needs to be maintained at appropriate standards of hygiene. The health of the tower depends upon how well the water is maintained.
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Generally, the water used in these towers can deteriorate because of environmental conditions. Some of the conditions that may take place at a cooling water plant are stagnation of water, growth of bacteria, formation of algae and others. Using untreated water in these towers may also cause legionnaire's disease, which can be life threatening in its most severe form.
The best way forward is to use specialty water treatment chemicals that will prevent the deterioration of water due to environmental conditions. Further, using water treatment chemicals will lead to better management of the tower installation and help deal with a range of related problems such as scale, corrosion, suspended particles, solids, and even bio-fouling. The range of these treatment chemicals is vast, which includes bio-dispersants, biocides, antifoams, scale and corrosion inhibitors and other multi-capable products.
Preserving cooling water quality is an important aspect of the overall safety process. Therefore, keeping the water safe and free from contaminants is an integral part of the daily maintenance routine at the cooling tower. Besides this process, it is important that workers exposed to the maintenance process wear proper clothing along with gloves and other protective equipment.
It is not necessary for the water to look unclean. Even clean looking water can in fact be unhygienic and can harbor bacteria. Therefore, along with using water treatment chemicals, it is necessary to test the water regularly for bacteria and other impurities. Therefore using water treatment chemicals is an important part of managing and maintaining the cooling tower.
Companies that do not take water treatment seriously risk the health and productivity of their own employees. Additionally, any outbreak of disease in the company could affect the morale of the workers. Such incidents could also attract bad press coverage, thereby reducing the trust that shareholders and the general public reposes in the company. Such incidents could also lead to litigation, making the company incur heavy costs.
Thus, treatment of cooling water should be taken as a priority activity. Water treatment chemicals are su arıtma an important aspect of this management, and care should be taken that the water in these towers is tested and maintained regularly.
Whole-house water treatment systems are certainly much more expensive than counter-top systems, but are they worth the extra money? A home water treatment system for the whole house costs about ten times as much as a counter-top system. But do you really need all of your water purified? Let's talk about this and explore 1) if it's really necessary to purify all your water, and 2) if the cost is justified.
Do you really need to filter all your water, or is your drinking water enough?
This has a lot to do with why you're filtering your water. Are you just trying to improve the taste of water that has non-toxic impurities in it? Or, are you concerned about real toxins like chlorine, lead, pesticides, and prescription drugs?
If you're absolutely sure there are no real toxins, carcinogens, and pollutants in your water, then there aren't going to be any long term health issues in bathing in it. But try to find water that's not polluted with something! We have everything in our water from pesticides to parasites! And it doesn't matter if your water is city water or water from a well. Unless you have access to a particularly pure water system, whole-house water treatment systems need to be something you're considering.
Bathing in the water that comes out of your tap is just as hazardous to your health as drinking it. As a matter of fact, during one hot shower you can ingest just as many toxins as you can actually drinking a glass of the same water. Not only does your skin absorb many of the chemicals directly, but there are several chemicals in water (called trihalomethanes) which are carcinogenic. If present, these chemicals can be vaporized by hot water, which results in your breathing these toxins directly into your lungs.
A home water treatment system which covers the whole house would, of course, prevent this from happening.
There are several types of whole-house water treatment systems available, although some are prohibitively expensive. Distillers, for instance, can cost up to $3,000 for an under-the-sink unit. A distiller capable of the volume of water you use in your whole house would probably be too expensive. Better would be two-step carbon and ceramic filters. A whole home water treatment system using this sort of technology would run you less than $1,000. There are no real drawbacks with these filters. They're sturdy and can deal with the volume of water that a normal home uses. All you have to remember to do is to change the filter about once every six months.