2024环境修复技术和新兴污染物峰会(RemTEC & Emerging Contaminants Summit)嘉宾演讲PPT(共13套打包)

2024环境修复技术和新兴污染物峰会(RemTEC & Emerging Contaminants Summit)嘉宾演讲PPT(共13套打包)

更新时间:2024-12-27 报告数量:13份

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    • 2024环境修复技术和新兴污染物峰会(RemTEC & Emerging Contaminants Summit)嘉宾演讲PPT
      • 地下水中PFAS的超声破坏、水成膜泡沫和调查衍生废物.pdf
      • 揭开PFAS在补救监管过程中的神秘面纱.pdf
      • 生物强化植物修复技术用来处理被1,4-二恶烷(有机化合物有毒)污染的地下水.pdf
      • 开幕主题演讲:PFAS 的用途及其替代品:本质和功能替代的应用.pdf
      • 机器学习方法在预测废水中PFAS剖面和归宿中的应用.pdf
      • 地下水中环丁砜和胺的混合行为:对污染物迁移的影响.pdf
      • 修复氯化溶剂场地的工具和方法.pdf
      • 从PFAS现场调查和概念现场模型开发中吸取的经验教训.pdf
      • PFAS 分析挑战和机遇:当前的分析方法如何影响我们调查PFAS发生和命运的能力.pdf
      • 用于新兴污染物降解的酶纳米杂化物.pdf
      • PFAS 处理:有关科学和应用现状的更多信息.pdf
      • 地下水地质学:环境工业和地下水生产项目的实践现状.pdf
      • PFAS 风险评估和毒理学研究.pdf
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资源包简介:

1、Sonolytic Destruction of PFAS in Groundwater,Aqueous Film-Forming Foam,and Investigation Derived WasteShaily Mahendra,Professor and Samueli FellowUCLA Civil and Environmental EngineeringThanks to$Tha。

2、1Demystifying PFAS in Remedial Regulatory Processes2Panelists:3Mary Cooke,Physical ScientistUSEPA Federal Facilities Restoration and Reuse OfficeDonald Sobelman,Attorney,Farella Braun and Martel LLPC。

3、Reid Simmer,Emily Jansen,Joel Burken,Lou Licht,Tim Mattes,and Jerry SchnoorRemTEC&Emerging Contaminants SummitOctober 15,2024BioaugmentationCO21,4-D1,4-D1,4-D1,4-DioxaneChlorinatedSolventsBioaugm。

4、This project has received funding from the European Unions Horizon 2020 research and innovation programme under grant agreement No 101036756.Uses of PFAS and their alternatives:applications of essent。

5、Applications of Machine Learning Approaches to Predict PFAS Profiles and Fate in Wastewater1Christopher I.Olivares chris.olivaresuci.eduDepartment of Civil and Environmental EngineeringUniversity of 。

6、Sulfolane and Amine Mixing Behaviour in Groundwater:Implications for Pollutant TransportProfessor Erica PensiniWhat is sulfolane?Sulfolane is used to sweeten sour gas and as a phase splitter in carbo。

7、Identifying and Delineating Hidden Sources Within a Larger Chlorinated Solvent PlumeKristin Robrock,Ph.D.,P.E.and Peter Mesard,P.E.,P.G.,C.Hg.ExponentOakland,CAOutline Commingled plume problem at sit。

8、Lessons Learned from PFAS Site Investigations&Development of Conceptual Site ModelsChris Wenczel,P.G.Director/HydrogeologistEnvironmental Resources ManagementOctober 16,2024Case Study Site#1Somew。

9、How Current Analytical Methodologies Affect Our Ability to Investigate the Occurrence and Fate of PFAS Anh Pham Department of Civil&Environmental EngineeringUniversity of WaterlooPFOS&PFOA199。

10、Enzyme Nanohybrids for Emerging Contaminant DegradationYifan Gao,Meng Wang,Kshitija Shah,Shaily MahendraUCLA Civil and Environmental EngineeringAcknowledgmentsUCLA Faculty:Leonard Rome,Bruce Dunn,Eri。

11、Evaluation of PFAS Removal by Surface Active Foam Fractionation and Destruction by Electrochemical OxidationHanna Temme,PhDLaura LewisRebecca MoraProject Area Twin Cities east metro area,Minnesota Ov。

12、Groundwater Geology:State of the Practice in the Environmental Industry and in Groundwater Production ProjectsRick Cramer10/17/2024 More than 126,000 sites across the U.S.require remediation More tha。

13、Kurt GustEnvironmental Laboratory(EL)USACE Engineer Research&Development CenterE-mail:kurt.a.gustusace.army.milPhone:601-634-3593PFOS Bioaccumulation and Bioconcentration Factors in Multi-Generat。

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