Polyacrylamide (PAM) floculents are widely used in water treatment, mineral processing, and other industrial fields due to their excellent solid-liquid separation performance. However, with the increasing emphasis on environmental protection, the potential environmental risks of PAM floculents have attracted widespread attention. This paper reviews the degradation mechanisms of PAM floculents in the environment, including physical degradation, chemical degradation, and biological degradation. It also discusses the transfer processes of PAM and its degradation products in water bodies, sediments, and soil. Furthermore, the impacts of PAM floculents and their degradation products on aquatic ecosystems, including effects on aquatic organisms, water quality, and ecological balance, are analyzed. Finally, the research gaps and future research directions in this field are proposed, aiming to provide a scientific basis for the safe application of PAM floculents and the protection of aquatic ecosystems.

Using these technical terms, we can easily conduct the jar test of demulsifier and have a smooth negotiation with the clients.

This article presents the advantages and disadvantages of producing polyacrylamide products by the copolymerization method to enable customers to better understand the characteristics of the product.

This article introduces the principle of demulsifiers in demulsifying the crude oil produced fluid.

This article introduces reverse demulsifier function and reverse demulsifier application in the produced fluid.

This article introduces the changes in the temperature range when some related factors affect the treatment of produced fluid with polydadmac.