1968-1974 - Tetiana Mitchenko obtained Master Degree in Technical Science. Department of electrochemical technology, Chemical Technology Department of National Technical University of Ukraine.
1981 - Candidate of Technical Science (equivalent to PhD), “Investigation of the process and technology development on deep removal of cadmium from waste water applying inorganic sorbents”
1996 - Tetiana Mitchenko got degree of Doctor in Technical Science , “Intensification of the sorption processes aimed to metal micropollutants in technological solutions and industrial waste waters”
1974-1996 - senior scientific associate in laboratory of ecology, Scientific institute of Chlorine Industry
1996 - present time - Tetiana Mitchenko occupies position of the Chair of The Laboratory of Ion Exchange and Adsorption, Chemical Technology Department of National Technical University of Ukraine “Igor Sikorsky KPI”
1996-2014 - consultant of The Dow Chemical Company, Water Solutions branch
2015 - present time - professor, Department Technology of Inorganic substances and General chemical technology, Faculty of Chemical Technology of NTUU “Igor Sikorsky KPI”
1994 - present time - CEO of The ECOSOFT Ltd.
2010 - present time - president of Ukrainian Water Association WaterNet
MembershipTetiana Mitchenko is a member of several international organizations and scientific councils:
- Scientific Council of National Technical University of Ukraine
- International Water Association (IWA)
- Water Quality Association (WQA)
- European Desalination Society (EDS)
Publishing activities- Chief editor journal «Water and water purification technologies»
- Deputy Chief editor journal «Water and water purification technologies. Scientific and technical news»
- Member of the Editorial Board journal «Sorbtsionnye i Khromatograficheskie Protsessy»
Tetiana Mitchenko contributed over 270 publications. She is a coauthor of three monograph. Dr. Mitchenko also contributed over 20 patents
Investigation of sorption, ion exchange and membrane processes. Selective removal of transition metals micropollutants from water solutions. Waste water treatment: removal of mercury, cadmium and transitional metals ions. Drinking water treatment. Removal of Natural Organic Matter (NOM) compounds from natural waters utilizing sorption methods. Optimization of ion exchange and membrane water demineralization processes. Developing of hybrid sorbents based on exhausted ion exchange resins. Developing of filter media for complex water treatment.
Implementation of scientific results
Method of deep removal of cadmium from waste waters applying inorganic sorbent based on titanium phosphate.
Method and industrial technology of deep removal of mercury from waste waters utilizing vinilperidinium anion exchange resins.
Filter media and technology for complex water treatment "Ecomix".
Production of hard antiscalant "Ecozone".