Dnipro University of Technology — Compliance with the Time


OLEKSANDR DRESHPAK

Scientific degree

            Candidate of technical sciences

(2019)

Academic title

            Associate Professor

            (2020)

e-mail

            dreshpak.o.s@nmu.one

Scientific profile

            Google Scholar

            ORCID

Awards

            

Education

National Mining University, specialty "Mineral beneficiation", specialization "Mineral beneficiation technologies"

Place of work

Associate Professor of the Department of Technological Engineering of Materials Processing and of the Department of Ecology and Technologies of Environmental Protection of the Dnipro University of Technology, Dnipro, Ukraine

Director of the Center for Processing and Enrichment of Mineral and Technogenic Raw Materials of Dnipro Polytechnic National Technical University.

Main professional disciplines taught

Conducts practical and laboratory work in the disciplines: "Preparatory processes of mineral enrichment"; "Technologies of beneficiation of ferrous metal ores and coal"; "Enrichment of minerals"; "Theoretical foundations of materials processing".

Professional experience

-        Worked as an art. laboratory assistant of the department of technological engineering of materials processing (2017)

-        Takes an active part in the research work of the department on foam flotation of non-oxidized iron ores, rare earth and precious metals; screening of wet and sticky mineral raw materials; classification of finely dispersed materials; crushing and grinding of non-ore and ore mineral complexes of man-made origin.

Scientific potential

            There are more than 80 scientific papers

The area of scientific interests

Scientific interests currently cover the process of deep beneficiation of non-oxidized ferruginous quartzites by methods of HGMS and foam flotation (increased extraction of hematite) and classification of non-ore materials (wet fine screening).

Publication

Pilov P.I., Dreshpak A.S. Mathematical model for predicting limestone enrichment indicators : Int. journal of energy for a clean environment, vol. 18, no. 4, Begell house, Connecticut. 2017. p. 319-333 (Scopus).

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