改進廢水干燥機的具體措施

廢水專用機的能耗比較低，而且整個的污染還小，非常的方便，不過在實際的應用中，其性能會受到多重因素影響，為此我們需要非常重視，適當的時候做出一些改進，這樣可以明顯的提高工作效率。

The energy consumption of waste water special machine is relatively low, and the whole pollution is also small, very convenient, but in practical application, its performance will be affected by multiple factors, so we need to attach great importance to it, and make some improvements at the appropriate time, which can significantly improve the work efficiency.

顯然，為了改進廢水干燥機，一定要重視具體的能 量損失，無論是表面輻射引起的，過程中的空氣泄漏，產品排放溫度過高還是排氣溫度過高都是不利的。泄漏會降低操作的時效性，吸氣的空氣稀釋了寶貴的能源和耗費這額外的熱濕空氣，出口泄漏會導致工藝空氣的損失，從而降低機組性能。

?? obviously, in order to improve the wastewater dryer, we must pay attention to the specific energy loss, whether it is caused by surface radiation, air leakage in the process, too high product discharge temperature or too high exhaust temperature. The leakage will reduce the timeliness of operation, the suction air dilutes the valuable energy and consumes the extra hot and wet air, and the outlet leakage will lead to the loss of process air, thus reducing the unit performance.

同時絕緣將包含該過程的能 量。所有的表面都應該適當地絕緣，用正確的材料、厚度和安裝質量來抑 制熱量的流失，公用事方面，如蒸汽、燃料、壓縮空氣等，應定期維持控制損失，這些損失是不可恢復的，將有助于系統(tǒng)的整體運行成本。

?? simultaneous insulation will contain the energy of the process. All surfaces should be properly insulated, and the loss of heat should be restrained with correct materials, thickness and installation quality. The loss of public utilities, such as steam, fuel and compressed air, should be controlled regularly. These losses are irrecoverable and will contribute to the overall operation cost of the system.

檢查內表面，防止形成異物堵塞和積聚，從而減少表面積并改變操作或設計條件，積聚也起到絕緣作用，抑 制熱量傳遞給進料。

?? check the inner surface to prevent blockage and accumulation of foreign matters, so as to reduce the surface area and change the operation or design conditions. Accumulation also plays an insulating role and inhibits heat transfer to the feed.

用干燥的空氣冷 卻干燥的產品會增加空氣的溫度。該增益可以有用地用作進入先前區(qū)域的入口空氣或預熱進料產品，如果產品需要通過規(guī)范冷 卻，這種方法只是一種益處。

?? cooling the dried product with dry air will increase the temperature of the air. This gain can be usefully used as inlet air into the previous zone or to preheat the feed product, which is only a benefit if the product needs to be cooled by specification.