2022-09-27

The significance of water saving in cooling towers

　Industrial water saving can not only effectively improve the economic efficiency of enterprises, but also effectively save water resources (RESOURCE). Closed cooling tower selection calculation new heat exchanger and filler optimization layout to make maintenance, maintenance more convenient: new heat exchanger and high-performance filler optimization layout, so that the heat exchange coil and filler maintenance, cleaning operations more simple, convenient. Cooling (cooling) tower can recover (Recycle) evaporation (evaporation) loss of about 20% of the water, can effectively reduce (reduce) the amount of circulating water loss. With the continuous progress and development of society, energy saving and environmental protection are more deeply rooted in people's hearts, while the industrial production (Produce) environmental protection 

2022-09-27

What are the characteristics of cross-flow closed cooling towers?

Features. 　　1, Materials. Parts and components, especially materials and equipment are strictly selected, finely crafted, and the quality is always good. The continuous effective operation of the quality management system guarantees customers the opportunity to obtain professional quality products and services in the process from raw material procurement to installation and commissioning.

2022-09-27

Do water ring vacuum pumps need cooling towers?

This can be had, depending on the circumstances. 　　A cooling tower is a heat sink, a device that uses the principle of evaporative heat absorption of water to dissipate waste heat generated in industry or in refrigeration and air conditioning to safeguard the operation of the system, he can bring down the temperature of the cooling water. This principle can be used to solve the problem of the circulating fluid temperature of water ring vacuum pumps constantly increasing and reducing the vacuum level. A pipeline is connected to the drain of the water ring pump and then to the cooling tower, which reduces the temperature of the water through the cooling effect of the cooling tower and then allows the water to flow into the storage tank or reservoir so that the temperature of the circulating fluid can be controlled during the continuous work of the water ring pump, thus solving the problem of the water ring pump reducing the vacuum level due to the increase in the temperature of the circulating fluid.

2022-09-27

Applicable industries for cooling towers

　The cooling tower (The cooling tower) is a new type of high-efficiency mist elimination and water-saving cooling tower, our company's cooling tower equipment can eliminate more than 90% of the visible rain fog, and can reduce 20% of the cycle (continue) water evaporation loss (loss). 

2022-09-27

Cooling tower economic and social environmental benefits are significant

　In the wet cooling (cooling) circulation (continue) water field, circulating water cooling tower (The cooling tower) water loss mainly includes (bāo kuò) wind blowing loss, evaporation (evaporation) loss and sewage (paí wū) loss. Totally enclosed cooling tower manufacturers use silent type large blade fan, making the cooling tower outlet at the lower noise. Gravity pool type water distribution is adopted. Spray water into the pool type sowing basin, then under the action of gravity through the nozzle, spray in the following heat exchange filler and closed cooling tower heat exchanger on. After the heat exchanger, it flows naturally into the bottom water collection tray. In the countercurrent (nì liú) wet cooling tower cloud core process (guò chéng), always accompanied by the generation of three kinds of losses, accounting for 65%-75% of the water loss in the whole plant. 

2022-09-27

What are the methods for cleaning closed cooling towers?

Because most of the cooling water contains calcium and magnesium ions and acidic carbonates. When cooling water flows over metal surfaces, there is carbonate production. In addition, the oxygen dissolved in the cooling water can also cause corrosion of the metal and the formation of rust. Due to the generation of rust scale, the heat transfer effect of the closed cooling tower is reduced. In severe cases the cooling water has to be sprayed outside the casing and the scaling can block the tubes in severe cases, rendering the heat exchange ineffective. The data from the study shows that scale deposits have a huge impact on heat transfer losses, causing increased energy costs as the deposits increase. Even a very thin layer of scale can increase the operating costs of the scaled part of the plant by more than 40%. Keeping the cooling channels free of mineral deposits can go a long way to improving efficiency, saving energy and extending the life of the equipment, while saving production time and money.