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E-WATER Lab @ Michigan State

Electrified WAstewater Treatment and Element Recovery

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Electrified WAstewater Treatment and Element Recovery (E-WATER) Lab

The E-WATER lab at Michigan State University develops affordable and reliable electrochemical solutions to help transform the resource-intensive wastewater management towards a resource-supplying hub. Our research synergistically integrates Applied Electrochemistry with Selective Separation and Process Engineering to (1) design energy-efficient engineering processes for multi-level resource recovery, (2) fundamentally understand rate-limiting step on the system level via thermodynamic and kinetic analysis, and (3) identify scaling-up challenges from energetic and techno-economic perspectives for better design of the treatment train. We welcome students and scholars from all over the world to join us!

About Us

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Research

Showcase cutting-edge and innovative technologies.

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RSS Environ. Sci. Technol.

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RSS Water Research

  • Wastewater viromics reveals host-structured viral signals and non-human pathogens
  • Temporal progression of treatment performance in soil aquifer treatment systems: Role of microbial communities
  • Source fingerprints, process fate, and risk redistribution of microplastics in a full-scale wastewater treatment plant receiving e-waste dismantling wastewater
  • Adsorption outweighs biodegradation: Organic micropollutants exhibit compound-specific temperature responses in biologically active granular activated carbon filters
  • Local microenvironment regulation with co nanoparticles/ single-atoms sites to drive two-electron oxygen reduction catalysis for efficient adsorption-electroperoxone water purification
  • Broad-spectrum defluorination via electronic strain of carbon–fluorine bonds: a ‘fluorophilic’ zero-valent metal system
  • Adsorption mitigated aggregation controls sedimentation of sulfonamide antibiotics in complex with dissolved black carbon
  • Pan-continental assessment of socioeconomic and environmental predictors of PFAS occurrence in European rivers from a harmonised monitoring study
  • Interfacial engineering enables in-situ growth of MIL-88A(Fe) on PVDF membranes for high-performance ultrafiltration: Breaking the permeability-selectivity trade-off and enhancing fouling/oxidation resistance
  • Directional desorption-driven nutrient fractionation enables product-oriented recovery from MBR-treated digestate by solar-powered MCDI
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