改进废水干燥机的具体措施

废水专用机的能耗比较低，而且整个的污染还小，非常的方便，不过在实际的应用中，其性能会受到多重因素影响，为此我们需要非常重视，适当的时候做出一些改进，这样可以明显的提高工作效率

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

显然，为了改进废水干燥机，必须要重视具体的能量损失，无论是表面辐射引起的，过程中的空气泄漏，产品排放温度过高还是排气温度过高都是不利的。泄漏会降低操作的有效性，吸气的空气稀释了宝贵的能源和耗费这额外的热湿空气，出口泄漏会导致工艺空气的损失，从而降低机组性能。

   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. Leakage will reduce the effectiveness of the 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.

同时绝缘将包含该过程的能量。所有的表面都应该适当地绝缘，用正确的材料、厚度和安装质量来抑制热量的流失，公用事方面，如蒸汽、燃料、压缩空气等，应定期维持控制损失，这些损失是不可恢复的，将有助于系统的整体运行成本。

   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.

检查内表面，防止形成异物堵塞和积聚，从而减少表面积并改变操作或设计条件，积聚也起到绝缘作用，抑制热量传递给进料。

   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.

用干燥的空气冷却干燥的产品会增加空气的温度。该增益可以有效地用作进入先前区域的入口空气或预热进料产品，一个限制是，如果产品需要通过规范冷却，这种方法只是一种益处。

   cooling the dried product with dry air will increase the temperature of the air. This gain can be effectively used as inlet air into the previous zone or to preheat the feed product, one limitation being that this method is only a benefit if the product needs to be cooled by specification.