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How to select a condensate recovery device
Release time:
2021-01-12
Condensate is saturated, high-temperature softened water, and its thermal energy accounts for about 25% of the steam's thermal energy. Therefore, using an effectiveCondensate Recoverysystem to recover condensate can not only save energy and reduce energy consumption but also eliminate environmental pollution caused by secondary flashing. Next, we will briefly introduce how to select a condensate recovery device and its economic and social benefits.

SelectionCondensate RecoveryWhen selecting the device, the recovery method and equipment are key steps for condensate recovery to achieve its intended purpose. Based on the actual situation of the condensate, the method, equipment, and piping network layout should be considered.
Additionally, attention should be paid toCondensate Recoverythe selection of the drain valve in the device. Improper selection of the drain valve will affect the pressure and temperature of condensate utilization and affect the normal operation of the entire recovery system. The main purpose of the drain valve is to block steam and drainage while having exhaust performance. A good drain valve helps improve the heat exchange efficiency of the heat exchange equipment, fully utilize steam, save steam, and improve production efficiency. A poor-quality drain valve may lead to water or steam leakage. Water accumulation will cause the equipment to heat up slowly or fail to reach the specified temperature, resulting in production failure. Steam leakage will lead to huge waste.
Condensate recovery methods: open recovery, closed recovery, direct recovery, indirect recovery, reduction recovery, heat exchange recovery, flash recovery, etc.
In industrial production, steam is a very common energy source, and almost all enterprises have an inseparable relationship with it. A large amount of industrial water and coal-based energy are used to generate steam, and the heat of the steam is used to achieve the industrial production process. Condensate produced after steam releases some heat is usually discarded.
Condensate contains a lot of heat, usually accounting for about 20% to 30% of the total heat of steam, and some equipment can reach 40%. Therefore, if high-temperature condensate can be used as boiler supplementary circulation or secondary flash steam, it can not only save industrial water but also save a large amount of fuel. In this way, when the boiler produces the same amount of steam, 30% to 40% of fuel, water, and water treatment chemicals can be saved, and while saving fuel, it reduces boiler flue gas emissions and protects the environment.
This is the end of today's introduction on how to select a condensate recovery device and its economic and social benefits. If you need more information onCondensate Recoveryandexhaust steam recovery devicesplease contact us.
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