Photovoltaic, crystalline silicon, semiconductor industry deep fluoride removal, how to choose fluor

Mondo Technology Updated on 2024-03-07

RK-CF series deep fluoride removal agent is a fluoride removal product launched by Zibo Rikang Environmental Protection Technology Co., Ltd. for high fluorine content in wastewater from photovoltaic, crystalline silicon and semiconductor industries. In addition to its high efficiency in removing fluoride ions from water, the agent also offers a number of advantages.

First of all, the RK-CF series of chemicals is more environmentally friendly. Its body will not affect the water body, not only to achieve the purpose of fluoride removal, but also to achieve the effects of coagulation and turbidity, COD, total phosphorus and other effects, so that wastewater treatment is more comprehensive.

Secondly, the RK-CF series of agents has high fluoride removal efficiency. Even if the fluoride content of the influent water is as high as 30 mg l, the fluorine content in the produced water can be reduced to less than 1 mg l after treatment, and the removal rate is as high as 98% or more, ensuring the treatment effect of wastewater.

In addition, the reaction speed of RK-CF series agents is fast, and it generally only takes 2 to 5 minutes to complete the reaction. At the same time, the agent has the characteristics of more stability, and the modified grafting functional group makes the effluent more stable and ensures the long-lasting effect of wastewater treatment.

In addition, the use of RK-CF series agents can reduce the amount of solid waste generated, and no other solid waste will be generated except for the solid waste precipitated by the reaction with fluorine, which reduces the cost of treatment.

In general, the RK-CF series of deep fluoride removal agents are ideal for fluoride removal treatment in photovoltaic, crystalline silicon and semiconductor industries due to their environmental protection, high efficiency, fast and stable, low solid waste generation and low operating costs.

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