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微塑料去除水处理厂概况分析-Alspach.pdf

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1、Brent Alspach,PE,BCEEProfiling WTPs for Microplastics RemovalBrent Alspach,PE,BCEEProfiling WTPs for Microplastics RemovalBrent Alspach holds both BS and MS degrees in Civil and Environmental Engineering from Cornell University.Brent joined Arcadis in 1997 and is a Vice President&the Director of App

2、lied Research.He currently serves on the AWWA Technical and Education Council,as well as on the editorial boards for Opflow and AWWA Water Science.He is the PI/Co-PI on three Water Research Foundation projects on microplastics in drinking water,a subject on which he recently testified before the US

3、Congress.His contributions to the water field were honored with the WRFs 2025 Pankaj Parekh Research Innovation Award.Presenter BioBrent Alspach,PE,BCEEProfiling WTPs for Microplastics RemovalBrent Alspach holds both BS and MS degrees in Civil and Environmental Engineering from Cornell University.Br

4、ent joined Arcadis in 1997 and is a Vice President&the Director of Applied Research.He currently serves on the AWWA Technical and Education Council,as well as on the editorial boards for Opflow and AWWA Water Science.He is the PI/Co-PI on three Water Research Foundation projects on microplastics in

5、drinking water,a subject on which he recently testified before the US Congress.His contributions to the water field were honored with the WRFs 2025 Pankaj Parekh Research Innovation Award.Presenter BioBrent Alspach,PE,BCEEProfiling WTPs for Microplastics RemovalBrent Alspach holds both BS and MS deg

6、rees in Civil and Environmental Engineering from Cornell University.Brent joined Arcadis in 1997 and is a Vice President&the Director of Applied Research.He currently serves on the AWWA Technical and Education Council,as well as on the editorial boards for Opflow and AWWA Water Science.He is the PI/

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1. **研究背景与目标**:因微塑料在饮用水中存在且水厂去除效率不一,研究旨在通过分析关键单元工艺,关联处理效率与微塑料属性、水质等参数,优化设施。 2. **合作方与样本**:联合16家水厂、13种工艺,采集153个样本(含重复、空白),涵盖混凝、臭氧、膜过滤等工艺。 3. **核心挑战**: - 采样困难:需专用设备、严格QA/QC(避免塑料污染),耗时且需专业培训。 - 分析耗时:每样本需4小时,总耗时超15周,成本高昂。 - 变量复杂:涉及工艺设计参数、运行参数、水质及微塑料形态等多维度变量。 4. **结论**:微塑料研究具挑战性,WRF 5185项目为重要一步,但需进一步探索,且需比其他污染物更创新的表征与监管方法。
微塑难题何解? 塑料如何去除? 水厂如何应对?
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