怎樣優(yōu)化干燥過程中的氣流

  在工作的時候，通?？諝鈺a(chǎn)生潮氣并失去能量，因此，需要增加濕度，防止出現(xiàn)飽和，并產(chǎn)生一個整體的負的系統(tǒng)壓力，其會有新鮮空氣進入，為了保證整體正常流動，需要進行適當?shù)膬?yōu)化空氣。

When working, the air will generate moisture and lose energy. Therefore, it is necessary to increase the humidity to prevent saturation and produce a whole negative system pressure, which will have fresh air entering. In order to ensure the normal flow of the whole, the air needs to be optimized properly.

優(yōu)化排氣濕度。從干燥機中取出的空氣越多，需要加熱的新鮮空氣就越多。通常，干燥裝置可以去除過多的空氣為了確保產(chǎn)品正確的去除水分，這可能是非常有效的干燥，但它可以增加能源的使用，以加熱進入系統(tǒng)的新鮮空氣。

?? optimize exhaust humidity. The more air is removed from the dryer, the more fresh air needs to be heated. In general, the drying device can remove excessive air. In order to ensure that the product removes moisture correctly, this may be very effective drying, but it can increase the use of energy to heat the fresh air entering the system.

考慮一下你的新鮮空氣來源。另一個考慮因素是新鮮空氣進入干燥裝置的來源，來自寒冷、室外氣候的空氣會對達到所需溫度所需的熱能產(chǎn)生很大的要求，考慮一下是否有可能從大樓里收集新鮮空氣，如果由于室內(nèi)的設備熱量損失，這種空氣會變暖，這可能是一種很好的能源回收和凈節(jié)省手段。

?? consider your source of fresh air. Another consideration is the source of fresh air entering the drying unit. The air from cold and outdoor climate will have a great demand on the heat energy required to reach the required temperature. Consider whether it is possible to collect fresh air from the building. If the air will be warm due to the heat loss of indoor equipment, it may be a good means of energy recovery and net saving 。

熱回收系統(tǒng)。噴霧干燥機公司介紹適當?shù)臈l件下，可能有可能將熱回收系統(tǒng)和干燥裝置結合起來，利用排氣流中的剩余能量，實現(xiàn)這一點常用的方法之一是通過熱交換器。

?? heat recovery system. Under the appropriate conditions, it is possible for the spray dryer company to combine the heat recovery system with the drying device and utilize the residual energy in the exhaust stream to achieve this. One of the commonly used methods is through the heat exchanger.

有許多類型的熱交換器，如空對空和空氣對水，盡管所有系統(tǒng)的原理都是一樣的，回收廢氣中的廢熱以提供更高的能量補充空氣，正確的解決辦法將取決于干燥環(huán)境，許多制造商可以建議哪種系統(tǒng)適合您的應用程序。

There are many types of heat exchangers, such as air to air and air to water, although the principle of all systems is the same, the correct solution will depend on the dry environment, and many manufacturers can recommend which system is suitable for your application.