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Saturday, September 9, 2017

Modern Industrial Water Treatment Plants


Water as we all know is a very precious natural resource. One can stay about a month without food, but it's hard to survive for a week without water. This invaluable liquid constitutes about 60% of our body mass, 70% of our brain, and 80% of our blood. Although it covers one-third portion of our planet, only 3% is fresh water, and out of that only 1% is readily accessible for human use. One can make out from these facts and figures, how critical resource this water is. In this context, water needs to be conserved and more significantly recycled or treated. It's not feasible to use less than usual quantity of water because it is required for both domestic and commercial or industrial activities. So, the practicable approach is to treat or purify it for reuse, and here comes the role of modern industrial water treatment plants.
The contemporary and advanced water treatment plants that are available nowadays, thoroughly purifies the water by removing undesirable chemicals, materials, and biological contaminants from it. This water may come from sources like households, factories, business houses, etc. The modern water filtration plants are so designed that they purify the contaminants and retain the natural properties of water. A few out of these sophisticated water treatment equipment are as mentioned under:
1) Mobile Water Treatment System: This system is fitted on a mobile trailer with all the necessary water purification apparatus. Its benefit is that it can be taken to the application area with no delay. This system is appropriate for treating both surface and groundwater. It is a high performance and high efficiency equipment. Its primary types include mobile reverse osmosis system, mobile waste-water treatment system, and mobile drinking water treatment.
2) Surface Water Treatment System: This system or plant is used for filtering the downstream water, purification of water supply by municipal corporations, and so. This system is capable enough to free the water from any kind of suspended solid, colloidal matter, organics, iron manganese, etc. The primary components of this system include filters, chlorination equipment, and chemical feed system.
3) Bottled Water Treatment Plant: This plant is also known as drinking water treatment plant. It is one of the most significant types of plants as the water purified by it is directly used for drinking purpose. This plant not only filters the water, but also provides the facility of packing it in plastic bottles for selling purpose.
4) Swimming Pool Water Treating Plant: As the name suggests this plant is meant for decontaminating the water of swimming pool. Due to regular presence of human beings in the pool, microorganisms develop in them. This contaminates the water of the swimming pool and may cause several diseases. But, the swimming pool water treating plant eradicates all types of impurities.
5) Seawater Desalination Plants: Seawater desalination plant is designed to desalinate or remove salt from the sea water. As was said in the aforementioned sentence, there is abundant of water on the earth, but only a scarce amount is fresh or drinking water. This plant plays a vital role by transforming the raw and salty sea-water into treated and pure drinking water. This system primarily makes use of two methods for purifying the sea water, i.e., distillation and electro-dialysis (ion exchange).
The types are much more, the descriptions are much more, but it is not feasible to explain each and every type of water treatment plant over here. If you are seeking complete access to a reliable and comprehensive knowledge source for water purification and treatment equipment, you may visit Water Treatment Plant
You can also visit: Online B2B Resource

Water Treatment Systems Advice


If you have been looking around for water treatment systems, you have probably found that there is a pretty large variety of products to choose from.
While having a number of different options is generally a good thing, sometimes it's hard to identify the best water treatment system for your needs, making it difficult to effectively make the right choice. This article will help you get to know the most important and effective water treatment systems, so you can make an informed decision without worrying about doing additional research.
The best water treatment systems have multiple filters that trap unwanted elements that may be present in the water, keeping them away from you. The most known of these filtering technologies are the magnetic filters, the "reverse osmosis" filters and the active carbon filters.
Water treatment systems that use a magnetic filter are the less effective of these three. As everyone knows, a magnetic field affects only metals, which means that a magnetic filter can only retain metallic toxins, like lead and arsenic, but fail to eliminate non-metallic contaminants that can be equally or even more toxic, like biological elements (bacteria, etc) and others.
On the other hand, "reverse osmosis" filters do a fairly good job in trapping toxins, but have a huge limitation: they also eliminate all the beneficial elements present on water.
Water treatment systems that use this kind of filters strip the water from necessary minerals like calcium and potassium, and also from certain amino acids and antioxidants that help you stay healthy. The result is plain distilled water, without any of its potential natural benefits.
By far the most effective water purifying systems use carbon filters. These filters are able to retain all potentially harmful chemicals and biological contaminants, while allowing the beneficial minerals to pass through. The best water treatment systems on the market use carbon filters to maximize water purity and consumer health.
As for the way these water treatment systems can be installed, there are many different products each one suited for a specific use. Undersink or countertop purifiers are attached to your sink and take care of cleaning your drinking water.
There are also shower purifiers that protect your skin's open pores from absorbing harmful toxins that damage your whole body. But perhaps the most convenient solution for delivering pure water to every place of your house is a whole house water treatment system.
A whole house water treatment system is almost as easy to install as any other system, and has many advantages. The most obvious benefit is that it purifies not only the water you use for drinking or bathing, but also the water you wash your clothes with. This results in toxin-free clothes that have brighter colors and represent no health risk to the person wearing it.
Another advantage is the cost-effectiveness of such water treatment systems. Due to the very low maintenance requirements and the ease of installation, one of these purifiers ends up costing much less than smaller water cleaners in the mid and long terms. Clearly, these systems are the best choice.
We are happy you are looking for ways to purify your water and protect your family's health. Follow this advice and you'll be able to find the best water treatment system for you.
You can read more about water filtration systems by visiting my website below.
Click Here to discover the shocking reality about the many traces of harmful contaminants in our water supply. If you don't want to find traces of toxic chemicals in the water you drink, be sure to visit my website to learn the truth that no one else wants to expose.

Available Water Treatment Options


Hard water treatment is necessary for the maintenance of your home's tap. Having excess minerals can cause a funny taste and leave residue or buildup on dishes and clothing. It can also reduce the effectiveness of soap. Every method for treating limescale has its advantages and drawbacks, but all are worth exploring further.
The first category is the so-called physical water treatment option. This includes things like electronic devices that clamp onto the piping and use a current or radio waves to break up and reduce the accumulation of deposits. While not as effective as some other methods, they do inhibit buildup and make the scale that does develop far easier to remove. Another physical option is magnetic. This uses magnetic coils attached to the plumbing and a magnetic field to alter the properties of the elements that are flowing through. These are nice because they offer a zero-dollar operating cost once they are installed. But, they need to be replaced from time to time. They also need to be installed at every single faucet and appliance to protecting the whole house.
Chemical water treatment can involve the use of a packaged softener that is added to loads of laundry, which reacts with the chemicals and reduces limescale. These do not work for drinking because they are not safe and should not be used on some fabrics, as they can be damaging. The other type of system is a phosphate dosing system. These are fitted to the plumbing and they dose out small portions of the chemical. They are relatively inexpensive and technically food-safe, but phosphate is not entirely good for you and you may want to reconsider drinking it.
Another option for water treatment is mechanical. This involves running the household plumbing through a resin filter, which switches out the magnesium and calcium for sodium. This is the only one of the options that truly softens because it actually removes the calcium and magnesium, rather than simply neutralizing their effects. The downside of this is that it is expensive and it also puts salt into what comes out of the tap.
Finally, it's possible that the best water treatment for drinking in terms of cost and effectiveness is to use a filter. These can work through reverse osmosis or through a resin filter, but they offer improved taste. The drawback is that they do not address the problem of build-up in the pipes and do not offer a good solution for appliances or whole-house needs.

Monday, July 12, 2010

Phosphate dosing

Trisodium Phosphate dosing is done in boiler drum which react with scale forming salts like calcium cloride,calcium sulphate.

3 cacl2 + 2 na3 po4 = ca3 (po4)2 +6 nacl

the sludge collected in bottom header which can be removed by operating low points drain.

phosphate dosing is done to prevent scale formation in boiler tubes and to maintain ph value to prevent corrosion as well to avoid silica carry over by steam.