合氯化鋁在水處理領域具有獨特的優勢。
首先，目前鋁鹽的凈水效果比鐵鹽好，但鋁鹽的缺點之一是低溫絮凝效果很差。但聚合氯化鋁在處理低溫水方面仍有較好的效果。聚合氯化鋁的絮凝效果受常溫或低溫水的影響較小。除此之外，現有的凈水產品大多需要在低濁度和低污染水的處理中加入大量助劑，以便在后續的處理中取得更好的效果，但不需要聚合氯化鋁。
聚合氯化鋁的主要特點是處理低濁度、低污染的廢水。
與傳統的凈水劑相比，聚合氯化鋁可應用于水處理的各個領域。聚合氯化鋁具有較強的除濁、脫色、除腐殖質、抗病毒等能力，通過聚合氯化鋁的絮凝作用，可以達到的處理效果。
聚合氯化鋁PAC處理后的水鋁含量很低，這也是目前PAC在飲用水處理中最常用的主要因素之一。此外，優質飲用水級PAC使處理后的水更加安全。聚合氯化鋁且腐蝕性較小。在實際生產和使用中，操作簡單，水處理效率高。聚合氯化鋁結合各種特性已成為主s. The main difference is that the quality of PAM is not the same, or the way of adding it is not right, otherwise the product is not matched with the type of wastewater. The quantity of polyacrylamide with good quality is less, and the amount of polyacrylamide with minor addition is slightly more. The specific point is about 1-3 grams. Hohhot City accords with the general municipal wastewater. The industrial wastewater is slightly higher, about 3-6 grams, and the highest 10 grams are also available.
Our answer is only a rough estimate and a budget, but the exact amount should be calculated according to the actual object. The technology will compose 0.1-0.5% solution, and then determine the project dosage in a small scale. Four-thousandths of the 1,200-15 million parts of polyacrylamide wastewater treatment will be compounded with 7-10 grams of monosodium glutamate per ton, layer slag of brewery, wastewater and so on. We can see from the above, in addition to the help of manufacturers to choose polyacrylamide, when using their own, we should pay attention to the use of polyacrylamide. Let's simply remember the following points. Dissolution equipment is required. Concentration should not exceed five thousandths when dissolving. If the equipment is a very simple dissolving pot, we should pay attention to adding 20% of the volume of water in the tank first, then polyacrylamide and water into the tank at the same time, and polyacrylamide should be poured into the tank at a uniform speed, not too much at one time. Otherwise, fish eyes and other
