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Water Treatment in Thermal Power Plant

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Electric power has always been the main clean energy source for economic construction and urban development, and it has attracted much attention. Currently, electric power is mostly generated due to the combustion of fossil fuels with the exception of several other new energy sources. Therefore, the stable operation of large generator sets and related equipment has become a guarantee for the normal operation of electric power production. With the increase in the production efficiency and other functions of such large generator sets and corresponding equipment, the standards for the water quality used are becoming more stringent. With the continuous development of the economy and science and technology, various water treatment technologies and processes are constantly being produced. Meanwhile, there are clear restrictions on water quality requirements in power plant water treatment. For instance, the phosphate content and pH value in water have stricter requirements than before. Fu

Analysis of the Usage of Industrial Circulating Water Treatment Chemicals

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There is a serious shortage of available water resources on the planet. With the rapid development of the world economy, water shortages have become increasingly serious. In the production of industries such as life and industry, more than 70% of the water is recycled water. It can be seen that the cooling cycle water treatment agent plays an important role in industrial water saving. The usage analysis of industrial circulating water treatment chemicals is as follows. 1.Chemical analysis Green water treatment agents are an effective way to ensure the quality of circulating water. The pass rate will be significantly improved in accordance with strict water quality management regulations. The chemical analysis simply provides a way to monitor corrosion fouling. The total iron content was determined in make-up water and circulating water. Find out the regular changes. At the same time combined with other monitoring methods. It is also possible to understand the corrosion situ

My Favorite Article In This Month

1. http://iroatmp.blogspot.com/2018/05/scale-and-corrosion-inhibitor-in-water.html 2. http://iroatmp.blogspot.com/2018/05/the-important-role-of-scale-inhibitors.html 3. http://iroatmp.blogspot.com/2018/05/what-is-scale-inhibitor.html 4. http://iroatmp.blogspot.com/2018/05/the-importance-of-water-treatment.html 5. http://iroatmp.blogspot.com/2018/05/what-is-function-of-scale-inhibitors.html 6. http://iroatmp.blogspot.com/2018/05/how-to-quickly-dissolve-corrosion.html

Scale inhibitors in Water Treatment Chemicals

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Scale inhibitors are one of the important water treatment agents. At present, scale inhibitors are mainly used for scale inhibition and sustained release of circulating water. They are widely used for water treatment of boiler water, oil field water, etc. The scale inhibitor is a kind of medicament which has a poorly soluble inorganic salt capable of dispersing in water, prevents or interferes with precipitation and scaling of a poorly soluble inorganic salt on a metal surface, and maintains a good heat transfer effect of a metal device. Scale inhibitors not only control scale, but also control corrosion products, slime, and sludge to some extent. A large amount of scale-forming material can be controlled by adding a small amount of scale inhibitor. Early use of scale inhibitors is processed natural polymer products such as starch, sodium gluconate, tannin, sulfonated lignin and the like. The natural scale inhibitor has the advantages of low price and no pollution, but its scale

The Important Role of Scale Inhibitors in Boiler Water Treatment

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Boilers are being used by more and more people to provide heat. However, scale will occur after prolonged use, which will affect the heating efficiency of the boiler. In order to protect the life and effectiveness of the boiler, boilers are usually used in boilers. Adding boiler water treatment chemicals can effectively prevent boiler corrosion and scale deposits. At the same time, it can avoid the quality of boiler superheated steam and affect the production and operation of equipment. Proper use of water treatment chemicals will greatly increase the service life of the boiler. And it will also save costs. Therefore, choosing the right water treatment chemical is the best way to improve the life of the boiler. Advantages of Boiler Scale Inhibitor The use of water treatment chemicals in boilers can increase the concentration of boiler water, reduce boiler water and save a lot of steam. The use of boiler water to treat chemicals can reduce the energy consumption of the eq

What Is The Scale Inhibitor?

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Scale inhibitors are a very important raw material for our treatment of water, whether it is for our life or production, work and so on. Therefore, we have analyzed the scale inhibitor according to the actual situation and tried to prevent the scale and scale of the product, so as not to affect the environment. What is a scale inhibitor? The scale inhibitor is a reagent capable of dispersing poorly soluble inorganic salts in water and preventing and interfering with precipitation of poorly soluble inorganic salts on the metal surface. The scale inhibitor can remove scale, prevent scale formation, improve heat exchange efficiency, reduce electric energy or reduce fuel consumption; water treatment can also reduce sewage discharge and improve water utilization rate, usually saving more than 60%. How to classify corrosion and scale inhibitors? Classified according to its nature, it can be divided into organic phosphorus scale inhibitors , polycarboxylic acid scale inhibitors

The Importance of Water Treatment Chemicals in Wastewater Treatment Industry

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With the development of society, people's demand for water resources is increasing, but demand and emissions are positively correlated. The increase in demand has led to an increase in the amount of sewage. If the sewage is discharged without treatment, it will cause various ecological problems. In order to protect the environment, sewage must be treated according to certain standards before it can be discharged. Technological advances have spawned new technologies for wastewater treatment. An important part of it is essential in many wastewater treatment processes. That is to add a certain amount of water treatment chemical . Especially in industrial wastewater such as printing, electroplating, and papermaking, it contains a large number of heavy metal ions. If these metal ions are not treated directly, they will have an irreversible effect on the environment. Eventually, it reaches the human body through the biological chain system. These heavy metal ions have a profo