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Spence Steam Traps for the Entire Factories’ Steam Needs

Since its invention in the 1800s, steam traps such as the Spence T14 Pilot has been employed for a number of processes in industrial production. Steam traps can be seen in a number of industrial devices that harness heat energy to perform certain processes. By preventing the discharge of steam, the machine can reuse heat energy to maintain its functionality. It can be said that steam traps play a critical role in energy conservation. bẫy hơi đồng tiền

Boiling. Some heavy industries have industrial boilers for the production of hot water that will be necessary in the assembly line. Several types of boilers have a small, hollow jacket that covers the apparatus. This is where the steam goes for heating the water or liquid product on the vat. A Spence T14 Pilot is attached somewhere in the exhaust pipe where the condensate from steam is discharged.

Sanitation. Food and beverage manufacturing are heavily dependent on hot water to produce clean products. As bacteria and other foreign bodies cannot survive at high temperatures, hot water is commonly used in blanching ingredients or cleaning recycled bottles. Ordinary hot water in the house will not be enough as the water has to be at boiling point to kill bacteria-way beyond what human skin can endure.

Smelting. Steel production requires a massive amount of heat energy for melting raw materials and molding them to different products. Although live fire is normally used for steel production, trapped steam can contribute in the smelting effort. Liquid metal has to be extremely hot from smelting to molding so that the metal can be formed into various specifications. Other minerals such as gold and copper undergo a similar process with different melting points.

Heat exchange. Oil refineries and petrochemical facilities have heat exchangers for the transfer of heat energy from one medium to another. The refining process starts with crude oil that is distilled by means of a steam boiler. Distillation yields various petroleum byproducts, each with different amounts of hydrocarbons which also determines their weight. Gasoline and kerosene are some of the petroleum byproducts produced.

 

 

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