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Simultaneous
Adsorption and Electrochemical Oxidation of
Toxic Micropollutants by Carbon-based Nanomaterials

Objectives

  • Development of a hybrid process simultaneously utilizing the adsorption and electrochemical oxidation

  • Securing highly efficient and cost-effective EDCs and PPCPs removal process

 

R&D Topics

  • Development and characterization of electrodes based on metal oxide nanoparticles and carbon nano-materials

  • Identification of the EDCs and PPCPs removal mechanisms

  • Development of a hybrid process for EDCs and PPCPs

  • Investigation of the effect of environmental conditions (pH, ionic strength, etc.)

  • Investigation of the effect of co-existing pollutants (humic substances, anions, etc.)

 

Process Development for the Removal of
Toxic Pollutants using
Biogenic Metal Nanoparticles Immobilized Materials

Objectives

  • Practical application of BMO by development of hybrid material via immobilization of BMO on supports

  • Development of cost-effective, highly efficient and reliable process for the removal of endocrine disrupting chemicals (EDCs) and phamaceutical and personal care products (PPCPs)

 

R&D Topics

  • Development and characterization of BMO immobilized hybrid materials

  • Investigation of the EDCs and PPCPs removal mechanisms by the hybrid materials

  • Development of a highly efficient hybrid process for EDCs and PPCPs removal

  • Investigation of the effect of environmental conditions (pH, ionic strength, etc.)

  • Investigation of the effect of co-existing pollutants (humic substances, anions, etc.)

 

Analysis of Pollutants Loading of
Highway Deposited Sediments and
the Evaluation of Sweeping as
a Non Point Source Control Alternative

Objectives

  • Evaluation of non-point source reduction by highway sweeping

 

R&D Topics

  • Analysis of the pollutant content of swept road deposited sediment (RDS)

  • Investigation on the leaching of the pollutants from RDS

  • Evaluation of RDS and associated pollutants removal efficiency by sweeping

  • Investigation of the accumulation characteristics of RDS and associated pollutants

  • Investigation of the RDS and associated pollutants washoff by runoff

     

Oxidation of EDCs and PPCPs using

Materials based on Multi-metal-oxide Nanoparticles

Objectives

  • Development of composite materials based on bio-metal-oxide nanoparticles and support

  • Evaluation of the materials for the oxidation of EDCs and PPCPs in landfill leachate

  • Mecahnism study of the composites for refractory organics oxidation

 

R&D Topics

  • Investigation on the EDCs/PPCPs removal efficiency according to bi-metal-oxides structures

  • Investigation of the reaction mecahnisms of the composites with refractory organics

  • Development of a catalytic oxidation process for EDCs/PPCPs oxidation

  • Evaluation of the effects of co-existing components in leachate (humic acid, heavy metals, alkalinity, etc.)

Development of novel, highly efficient carbon catalyst and the application: Degradation of antibiotics and reduction of toxicity in wastewater treatment effluent

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Highly Efficient liquid carbon catalyst In Optimization of in-situ remediation technology based on improved delivery efficiency of reactive materials

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