Biotechnology and biotechnics department

National technical University of Ukraine “Kyiv Polytechnic Institute”

Structure of department dean prof. Dugan O.M.

Chair of industrial biotechnologyhead prof. Dugan O.M.

Chair of environmental biotechnology and bioenergetics

head prof. Kuzminsky E.V.

Chair of bioinformatics head prof. Gorobets S.V.

Chair of bioengineering head prof. Karachun V.V.

Educational work

Bachelor training programs Biotechnology Machinery construction

Specialist and Masters programs Industrial biotechnology Environmental biotechnology Machinery of pharmaceutical and microbiological

industry

Multivariate biotechnology for modify enzyme preparation of different specifications

Research directions:

Cultivation of wood Basidiomycetes on lignocellulose substrates

Advantages receiving food products guaranteeing

absence in heavy metals, radionuclide, etc.

simple technology of cultivation

utilization of agriculture and wood industry wastes

Basidiomycetes of genus Coriolus, Grifola, Laetiporus, Lentinus, Pleurotus, Schizophyllum etc.

The drugs «Lactolor», «Acidolor», «Acidolak» have been designed on the basis of a speed key of the strains of lactic acid bacteria of a genus Lactobacillus: L. murinus LE ІМВ B-7037 and L. rhamnosus LB3 IMB B-7038 within the framework of cooperation with Institute of an otolaryngology

Probitic obtaining of different medical directions

Electricity production in microbial fuel cell

Electricity Production in a Microbial Fuel Cell

A MFC is a device that usebacteria to oxidize organicmatter and produceelectricity. The bacteria(attached to the anode) produce electrons that travelto the cathode (current).

Proton Exchange membrane

load

Anode Cathode

bacte

ria

Oxidationproducts

(CO2)

Fuel(wastes)

e-

e-

O2

H2O

H+

This is single-chambered MFC treats wastewater andproduces electricity

This is how a MFC works

A MFC is a device that use bacteria to oxidize organic matter and produce electricity. Bacteria attached to the anode, produce electrons that move to the cathode

Electricity Production in a Microbial Fuel Cell

A MFC is a device that usebacteria to oxidize organicmatter and produceelectricity. The bacteria(attached to the anode) produce electrons that travelto the cathode (current).

Proton Exchange membrane

load

Anode Cathode

bac

teri

a

Oxidationproducts

(CO2)

Fuel(wastes)

e-

e-

O2

H2O

H+

This is single-chambered MFC treats wastewater andproduces electricity

This is how a MFC works

Wastewater treatment by biologicalmethods

Equipment works with hydrobionts communities including bacteria, protists, rotifers, worms, larvae of insects etc. All bacteria are mobilized in special fibrous carrier “Viya”. Treatment of water is finished in phytoreactor.

Biogas technologies

Common substrates of biogas obtaining are different organic wastes.

We start to research of physicochemical properties of complex organic substrates and communities of bacteria which are optimal for methane fermentation.

Research of biosystems and processes in magnetostatic field Research of self-organization

processes in the metal-electrolyte system in magnetostatic field

Sorption of heavy metals ions by Saccharomyces cerevisiae cells using ferromagnetic elements system.

Metal surface microstructuring by electrodeposition and magnetically operated corrosion methods in magnetic field.

High gradient ferromagnetic matrix and magnetic filter design and fractioning of magnetically operated bioobjects

Elaboration of magnetically operated sorbents and biosorbents

Research in biotechnological engineering

Dynamic of multiphase mechanical systems

Dynamic of mass transfer

devices for cells culturing

Many thanks for your attention!