摘要
工业活动频繁加剧砷污染废水排放，威胁生态环境与人体健康。为探寻有效治理途径，聚焦高效吸附剂在工业废水砷污染治理应用。系统剖析活性炭、金属氧化物、高分子聚合物等吸附剂特性，结合实际案例，从去除能力、吸附效率等维度评估其应用效果。数据表明，不同吸附剂在对应场景下均能显著降低砷含量，为工业废水砷污染治理提供关键参考与技术支撑。
关键词： 高效吸附剂；工业废水；砷污染；治理；应用效果
Abstract
Industrial activities frequently exacerbate arsenic pollution in wastewater, threatening the ecological environment and human health. To explore effective treatment methods, focus on the application of efficient adsorbents in industrial wastewater arsenic pollution control. This study systematically analyzes the characteristics of adsorbents such as activated carbon, metal oxides, and high molecular polymers, and evaluates their application effects from dimensions like removal capacity and adsorption efficiency through practical cases. The data shows that different adsorbents can significantly reduce arsenic content under corresponding scenarios, providing critical references and technical support for the treatment of industrial wastewater arsenic pollution.
Key words： Efficient adsorbent; Industrial wastewater; Arsenic pollution; Treatment; Application effect
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