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Organic Contaminant Removal Pathways in Stormwater Green Infrastructure

Agri Environmental

Stormwater Runoff Treatment Systems Design

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Bioretention Media Optimization for Pollutant Removal Efficiency Phosphorus Sorption Kinetics in Green Infrastructure Systems Hydrodynamic Modeling of Flow Distribution in Permeable Pavement Microbial Community Succession in Constructed Stormwater Wetlands Nanoparticle Transport and Retention in Stormwater Filtration Media Climate Resilience Assessment of Stormwater Treatment Infrastructure Coupled Nitrogen Cycling Processes in Green Infrastructure Soils Clogging Mechanisms and Remediation Strategies in Infiltration Systems Electrochemical Treatment Integration with Nature-Based Stormwater Systems

Agri Environmental › Stormwater Runoff Treatment Systems Design

Organic Contaminant Removal Pathways in Stormwater Green Infrastructure

Research traces transformation and mineralization of pesticides, petroleum hydrocarbons, and anthropogenic organic compounds through bioretention and wetland treatment processes. Discoveries establish compound-specific removal rates and metabolite formation patterns, enabling design optimization for urban stormwater contaminated with legacy and emerging organic pollutants.

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