Abstract The capture of heavy metal pollution in water is important for ensuring environmental and public health. In this study, a sorbent comprised of powdered activated carbon and a sustainable polysulfide polymer made by inverse vulcanization was used to remove lead from water. The dynamic S S bonds in the polysulfide polymer were then used to form a composite block by reactive compression molding: a process that confines the pollution and prevents leaching. Leaching was prevented when the composite was submerged in water for 1 week. The reactive compression molding technique is a simple method for preventing leaching during the transport and storage of spent sorbents.

中文翻译：

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将废铅吸附剂限制在通过反向硫化制成的聚合物中可防止浸出

摘要 捕获水中重金属污染对于确保环境和公众健康具有重要意义。在这项研究中，由粉末活性炭和通过反向硫化制成的可持续多硫化物聚合物组成的吸附剂用于去除水中的铅。然后使用多硫化物聚合物中的动态 SS 键通过反应性压缩成型形成复合块：一种限制污染并防止浸出的过程。当复合材料浸入水中 1 周时，防止了浸出。反应压缩成型技术是一种简单的方法，可防止在废吸附剂的运输和储存过程中发生浸出。