Author: Sunny WhatsApp: +86 19139972558 Email：Sunny@xhwtm.com Web: www.xhwtm.com
The amount of domestic industrial wastewater is increasing rapidly every year, and people are paying more and more attention to water resources, which has led to my country's great attention to the reuse of wastewater. At present, most of the industrial wastewater and domestic wastewater reuse treatment needs to deal with water turbidity. Now the domestic water treatment technology has gradually matured, and there are many methods for water turbidity removal. However, most companies now pay more attention to low-cost and high-efficiency treatment solutions when treating these wastewaters, so the domestic water treatment industry is also conducting research on this.
According to research, turbidity removal is the strength of Polyaluminum chloride. Using polyaluminium chloridePolyaluminum chloride to purify water and remove turbidity is an effective treatment method. Polyaluminium chloride has an ideal effect on the treatment of high-turbidity sewage. Nowadays, the turbidity removal effect of using polyaluminium chloride in the field of water treatment can reach a turbidity removal rate of 92.8%. Polyaluminum chlorideis a water purifier that emerged in the early 20th century. Due to its water purification properties, it is suitable for the turbidity removal and reuse of various wastewaters. The important point is that PAC is non-toxic and harmless, and it is not a big deal as long as it is used properly. However, if it is used indiscriminately, it will not only have little effect, but also bring harm. Today, Yili Water Purification will explain to you how to use Polyaluminum chloride to remove turbidity correctly in response to this situation. The details are as follows:
(1) According to the water quality to be treated, the optimal dosage is obtained through a small test
(2) For ease of use, the solid PAC is diluted into a liquid according to the required dosage ratio, which can speed up the reaction of the agent and shorten the treatment time. Remember, the concentration should not be too low or too concentrated, otherwise it will have a great impact on the treatment effect.
(3) The last step is to add the drug. When adding, add the optimal dosage obtained after the small test step by step. At this time, you should pay attention to the changes in water quality and the control of the dosage.
