Heat can be removed from parts and industrial machinery using water cooling. A cooling system’s task is to remove heat away from machinery or processes. Heat is transmitted from one media, or process fluid, to another medium.
The temperature of the cooling water increases or even changes states as a result of heat transfer from process fluids or machinery.
The temperature has an impact on a number of the characteristics of water as well as the behavior of the contaminants it contains.
Water temperature also has an impact on a system’s propensity to corrode, scale, or foster microbiological development.
Many things are against cooling water. They operate alone at times. In other cases, they band together and make the issue worse. For instance, the formation of algae gives the ideal conditions for corrosion to flourish.
Calcium carbonate, calcium phosphate, magnesium silicate, silica, and other mineral compounds can all be found in scale and scale-like deposits.
On heat exchanger tubes, they accumulate and hinder heat transfer. If there are enough of them, they can stop the flow of water.
Reduced production efficiency and potential compromises to product quality result from decreased heat transmission.
Overheating may cause harm to equipment. Scale can result in costly downtime for cleaning or maintenance, which costs money. Scale and scale-like deposits can also quicken corrosion.
The system can be contaminated by mud, sand, silt, clay, biological matter, oil, or even airborne particles like silt and clay. These suspended substances may build up and settle in the system, obstructing flow and decreasing effectiveness. Oil coating can promote the growth of microbes while reducing heat transfer.
Heat transport is greatly constrained by biofilms. Inorganic and organic foulants are bound by slime masses, which also plug systems.
Heat exchanger tubes, water lines, tower spray nozzles, distribution pans, screens, and fill are severely clogged and fouled by algae and fungi. The growth of bacteria that cause corrosion as well as under-deposit corrosion is both influenced by microbiological fouling.
Foam can overrun the tower sump, blow off the towers, or even induce an airlock in the water pumps due to cascading water, the constant recycling of impurities, and a high concentration of foam stabilizers. The worst part is that foam concentrates deposit-forming elements, raising the possibility of system fouling.
Both closed cooling water systems and cooling towers need to use filtration.
Air and water entering cooling tower systems are continually contaminating these systems. In addition to gases from auto and plant exhaust, air also contains dust, dirt, vegetation, insects, and microorganisms like fungus, spores, and airborne germs.
Even vents in the kitchen and toilet produce deposits and suspended particles with time. Water entering these systems has the potential to create or contribute to suspended solids.
Potential deposits can result from a number of dissolved materials, including iron salts, hardness, scales, and microbiological organisms.
These buildups frequently prevent the water-contact cooling equipment from operating efficiently. Additionally, they may contribute to corrosion and house hazardous germs that are airborne, like Legionella.
The water systems in cooling towers have the ability to internally produce suspended particles like corrosion byproducts, scale, and microbial growths.
Additionally, the water treatment process may increase the amount of suspended solids, which might result in deposits of sludge and inhibitor-degradation products. The components of the cooling system may perform significantly worse as a result of these deposits.
Deposits and suspended solids are also common in closed cooling water systems. In contrast to cooling tower water systems, they do not have much makeup water and do not have any air entering that could cause suspended particulates.
However, any corrosion in these systems will result in corrosion byproducts like iron oxide that keep accumulating.
Microbiological growth can also result in the production of deposits and suspended particles, especially in closed systems that treat water using nitrite.
In closed cooling water systems, the removal of suspended solids is essential to avoid a reduction in cooling system operating efficiency, under deposit corrosion, premature pump seal failure and increased cleaning requirements. When deposits and suspended solids accumulate, further chemical water treatment is frequently required.
A cooling system is an essential part of industrial production, and it has a significant influence on productivity and efficiency. To maintain a smooth cooling system, filtration is a good way. The most downtime problem in cooling systems can be solved by the filtration system.
Brother Filtration is a professional filtration solutions provider. We design and manufacture various filter cartridges, filter bags, and filter housings for all industries and applications. Our depth filter cartridge series, depth pleated filter cartridge series, and high flow filter cartridges series are suitable for a cooling system.
The ocean occupies most of our planet, and desalination has been used more and more widely over the past 20 years. By using reverse osmosis systems, we help desalination plants to do their job and further help more plants to solve the problem of water shortage.
Every chemical plant is inseparable from industrial water filtration systems. Whether it is the purification and filtration of raw materials and final products or the treatment of industrial wastewater and unwanted chemicals generated during the production process, industrial filtration is a top priority.
Most petrochemical industry products are stored in large containers, such as diesel, gasoline, and fuel oil. This type of storage is highly likely to lead to impurities in the products and affect the product quality. Our mission is to offer efficient and reliable filtration systems for the petrochemical industry so that purification is not a big challenge.
The extremely rapid growth of the pharmaceutical industry has created a greater demand for industrial filtration. Whether it’s upstream cell fermentation, purification, or filtration, we can provide the solution. In addition, We are committed to filtration and separation, protecting the reliability and safety of production equipment.
The food and beverage industry is closely related to the daily life and health of each of us. Therefore, we must meet higher standards to filter these products. As your experts, we help you improve product quality, reduce production costs, and safeguard everyone’s health.
Nature itself has the ability to treat wastewater. But with the huge increase in human production and living activities, it can no longer handle such large amounts of wastewater. We, as industrial treatment producers, help nature to share the burden of wastewater treatment.
Industrial wastewater from mining activities contains high volumes of heavy metals, particulates, and residual chemicals. Wastewater must be purified and filtered in order not to pollute our water resources. We help your plant meet wastewater discharge standards.
In order to extract oil more efficiently and conveniently, large amounts of water must be injected underground to ensure water pressure. And since precious water resources are limited, our technology allows wastewater to be purified so that it can be reused.
When it comes to marine filtration, the first scene that appears in people’s is usually the sea or seawater. But marine filtration is more than seawater. A crucial resource on this planet is seawater. Large amounts of seawater are needed to generate fresh water for drinking and irrigation in locations with a lack of fresh water, just as ships sailing on the ocean need a lot of it for ballast water to keep the ship balanced. Marine filtration is not only about the seawater, but also the transported seawater. The ballast water is a kind of transportation of water. The cargo ships load the seawater from one place and discharge it at another port. The seawater traveled with the cargo ship in ballast tanks. This is the point many people will be indifferent about, the filtration before the discharge of the ballast water. People are familiar that we can not drink seawater directly, because it contains large quantities of salt and contaminants. But why do we need filtration for ballast water? it is just the seawater discharge into seawater. With the development of the environmental protection concept and the perfection of the law, we are constrained to filter the ballast…
The science and practice of extracting metals or metal compounds from minerals and transforming them into metallic materials with specific qualities using a variety of processing techniques is known as metallurgy. With the development of technology and the metallurgy industry, the filtration market in this area grows quickly annually. The need for filtration is increasing and the filter equipment is also developing. In the metallurgy industry, the rolling mill coolant and lubricate system need a filtration system. Equipment coolant and lubricating oil need to be filtered to remove contaminants and accomplish recycling in the metallurgical process in order to save input costs. Filtration can help to extend equipment service life and help equipment stay at optimum level. Based on their different filtration needs and characteristic, they have respective suitable filtration elements. For the rolling mill coolant system, continuous filtration is crucial, so the automative self-cleaning filter is a great choice for this system. When it comes to the hydraulic and lubricating system, the most important point is to remove the tiny metal debris and other impurities generated due to thermalization. Depth filter cartridge can be the best choice for this operation, which can effectively eliminate the undesired micro impurities. Brother Filtration,…
The Paper industry has a centuries-old history, our ancients used the traditional way to produce paper, and now we use advanced technology to produce more delicate and high-quality paper for all kinds of uses. The tissue, the printing, publication, and the packaging, all need paper. Behind the pliable and smooth surface of a piece of paper, there are many procedures that need filtration. The starch slurry, which is the primeval form of the paper requiring filtration to improve the quality and eliminate the undissolved starch particles. The exquisite coated paper, you often find in magazines or the first few pages of a book, is processed by the coating technology. The coating paints also need to be filtered. According to the viscosity level, there are different types of filters suitable for low-viscosity and high-viscosity liquids. Water is the basic and key resource for many industries, pulp & paper is no exception. Using a filtration system to filter lakes or rivers’ water is a cost-effective way to do water resources management. Additionally, wastewater can be reused and lawful discharged after filtration. Filtration plays an important role in the pulp & paper industry, infiltration for this field, automative self-cleaning filter is the most…
Industrial water treatment
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