PN-III-P2-2.1-PED-2019-4492
PROJECT CODE: PN-III-P2-2.1-PED-2019-4492, contract number 441PED ⁄ 2020
PROJECT TITLE:
3D POROUS DIMENSIONALLY STABLE ANODE–INTEGRATED PARTICULATE ELECTRODE-ELECTROCHEMICAL FILTERING SYSTEM FOR ADVANCED TREATMENT OF CYTOSTATICS-CONTAINING WATER/
SISTEM TRIDIMENSIONAL DE FILTRARE ELECTROCHIMICĂ PE BAZA DE ANOD POROS CU DIMENSIUNI STABILE SI ELECTROD PARTICULAT INTEGRAT PENTRU TRATAREA AVANSATA A APEI CU CONTINUT DE CITOSTATICE
ACRONYM: 3DSAPECYT

PROJECT COORDINATOR: Politehnica University of Timişoara
PROJECT DIRECTOR: Prof. Dr. Eng. Florica MANEA

PARTNERS:
Partner 1-National Institute for Research and Development in Electrochemistry and Condensed Matter, Timisoara (INCEMC)
Partner 2- BeeSpeed Automatizari SRL, Timisoara

BUDGET: 600.000 RON (Public budget) and 100.000 (BEESPEED co-financing)

START TIME: 02/11/2020
END TIME: 28/10/2022

PROJECT LAYOUT
The present project, in sound consonance with the goals of National Plan for RDI 2015-2020 (PN III) by increasing the competitiveness of the Romanian economy through RDI (P2), falls within the targeted area of Environment and Climate Change and Depollution Technologies. It will be pursued by taking advantage from the multidisciplinary and interdisciplinary expertise of the research groups from Politehnica University of Timisoara (UPT) - Project coordinator, National Institute for Research and Development in Electrochemistry and Condensed Matter Timisoara (INCEMC) - Partner 1 and IMM (SC. BeeSpeed Automatizari SRL) - Partner 2. This project is placed on the border between material synthesis and characterization, electrochemistry, engineering, water treatment technology requiring a vast experimental knowledge.
The scope of the present project is to develop an innovative three-dimensional (3D) Porous Dimensionally Stable Anode–integrated Particulate Electrode-Electrochemical Filtering System (3D-PDSA-PE-EFS) for advanced water treatment, which will be validated at the lab-scale for advanced treatment of cytostatics-containing water, starting from TRL-2 and reaching TRL-4 in 24 months. The system (3D-PDSA-PE-EFS) will be flexible and enable for an advanced treatment of water/wastewater characterized by a wide range of contaminants (organics and inorganics) by combination of advanced electrooxidation process (AEOP) with adsorption/catalysis (A/C) process within one reactor.

 
PROJECT TEAM:

Politehnica University of Timisoara- Coordinator
Prof. Dr. eng. Florica MANEA-project director
Lecturer Dr. eng. Aniela POP
Assoc. Prof. Dr.eng. Raluca VODA
PhD stud. Claudia DELCIOIU
PhD stud. Sergiu VASILIE
Eng. Lacrima-Crysty IGHIAN

National Institute for Research and Development in Electrochemistry and Condensed Matter Timisoara (INCEMC) - Partner 1
Dr. eng. Corina ORHA-P1 responsible
Dr. Carmen LAZAU
Dr. eng. Cornelia BANDAS
PhD stud. Mina Ionela POPESCU
PhD stud. Mircea Daniel NICOLAESCU

SC. BeeSpeed Automatizari SRL - Partner 2
Eng. Constantin Adrian TUDORAN-P2 responsible
Assoc. Prof. Dr. eng. Alexandru HEDES
Assoc. Prof. Dr. eng. Valentin CIUPE
PhD stud. Liviu-Danut VITAN

OBJECTIVE:

1. Synthesis and characterisation of new porous dimensionablly stable anodes through spin coating and hydrothermal techniques.


2. Development of new filtering composition within fluidizied bed as particulate electrode based on activated carbon (mature technology)/Romanian zeolite (natural material)/manganese sand (depleted filtering waste generated in the drinking water treatment technology using manga-nese-containing groundwater source).


3. Fabrication of an innovative three-dimensional (3D) Porous Dimensionally Stable Anode–integrated Particulate Electrode-Electrochemical Filtering System (3D-PDSA-PE-EFS) for advanced treatment of cytostatics containing water.


4. Validation and integration of 3D-PDSA-PE-EFS system within advanced surface water treatment technology

 

STAGES AND DELIVERABLES:

STAGE 1 (2020, 2 months) – Synthesis and characterization of new porous dimensionally stable anodes. Design of an innovative three-dimensional (3D) porous dimensionally stable anode–integrated particulate electrode-electrochemical filtering system
Deliverables:
Lots of porous DSA type electrode materials; Morpho-structural and electrochemical characteristics of the electrode materials; Technical characteristics of innovative three-dimensional (3D) porous dimensionally stable anode–integrated particulate electrode-electrochemical filtering system; Scientific-technical report for stage 1.

Stage 2 (2021, 12 months) – Synthesis and characterization of new porous dimensionally stable anodes. Optimization of particulate electrode composition. Design and fabrication of an innovative three-dimensional (3D) porous dimensionally stable anode–integrated particulate electrode-electrochemical filtering system
Deliverables:
Lots of porous DSA type electrode materials; Morpho-structural and electrochemical characteristics of the electrode materials; Various compositions of the particulate electrode; Innovative three-dimensional (3D) porous dimensionally stable anode–integrated particulate electrode-electrochemical filtering system; Scientific-technical report for stage 2; 2 ISI-ranked scientific articles; 3 oral presentations and 4 poster presentations at national and international conferences

Stage 3 (2022, 10 months) – Testing 3D-PDSA-PE-EFS system in removal and degradation and min-era-lization of cytostatics from water
Deliverables:
Functional and operational characteristics of innovative three-dimensional (3D) porous dimensionally stable anode–integrated particulate electrode-electrochemical filtering system; Scientific-technical report for stage 3; 1 patent request; 2 ISI-ranked scientific articles; 3 oral presentations and 4 poster presentations at national and international conferences

 

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