Polski

Research Project financed by The National Science Centre in Krakow

"Influence of the applied voltage and the flow turbulence on the dust particles movement in the corona discharge region”

Contract no. UMO-2014/13/D/ST8/03212


In 2015-2019 at the Centre for Plasma and Laser Engineering, Institute of Fluid Flow Machinery, Polish Academy of Sciences in Gdańsk, a research project entitled "Influence of the applied voltage and the flow turbulence on the dust particles movement in the corona discharge region" was realized. Project manager was PhD Eng. Janusz Podliński. The brief information about the course, implementation and results of the project is presented in the following link.

Miroslaw Dors, PhD., DSc., Associate Professor

Head of the Centre for Plasma and Laser Engineering, IMP PAN

  • Detailed information

    • International Research Projects

    • PlasTEP, “Plasma Assisted Reduction Technology on Stationary Emission Sources in the Baltic Region”, Project Interreg IVb, Baltic Sea Region Programme 2007-2013, Coordinator: BalticNet – PlasmaTec e.V., Greifswald, Germany.

    • Green Air, „Generation of Hydrogen by Kerosene Reforming via efficient and low emission new alternative, innovative, refined technologies for aircraft application”, Project FP7, Transport (incl. Aeronautics), Call: FP7-AAT-2008-RTD-1, Coordinator: EADS Deutschland GmbH, Munich, Germany.

    • PlasmAero, „Plasmas for Aeronautics”, Project FP7, Transport (incl. Aeronautics), Call: FP7-AAT-2008-RTD-1, Coordinator: Office National d’Etudes et de Recherches Aérospatiales, Toulouse, France.

    • Air Liquide contract, France, ”Design and optimization of microwave sources of atmospheric pressure plasmas”, period: 2003-2006.

    • Air Liquide contract, France, ”Design and optimization of microwave sources of atmospheric pressure plasmas”, period: 2011.

    List of national research projects

      1993

    • „Investigation of generation and properties of ionized gases for technical and environment and purposes”. Duration: 1993-1995. Coordinator: Prof. Z. Zakrzewski.

      • 1997

    • „Removal of nitrogen oxides from flue gas simulators using corona discharge (young scientist)”, Duration: 1998. Coordinator: M. Dors.

      • 1998

    • „Investigation of flue gas cleaning efficiency using microwave discharges”. Duration: 1998-2000. Coordinator: Prof. J. Mizeraczyk.

    • „Removal of nitrogen oxides from flue gas simulators using corona discharge – stage II (young scientist). Duration:1998-1999. Coordinator: M. Dors.

      • 1999

    • „Optimisation of microwave discharges generation and modelling with the purpose of harmful gas removal”. Duration: 2000-2001. Coordinator: Prof. Z. Zakrzewski.

      • 2000

    • „Optimisation of nitrogen oxides removal form flue gas using corona discharge”. Duration: 2000-2002. Coordinator: Dr. J. Stańco.

      • 2001

    • „Diagnostics of microwave „torch” plasma in harmful gases”. Duration: 2001-2002. Coordinator: M. Jasiński.

    • „Investigation of flow velocity fields in electrostatic precipitator models using laser techniques with the purpose of optimisation of precipitation efficiency”. Duration: 2001-2003. Coordinator: Prof. J. Mizeraczyk.

      2003

    • „Development of microwave techniques for destruction of harmful gases”. Duration: 2003-2005. Coordinator: Prof. Z. Zakrzewski.

      • 2004

    • „Development of direct imaging method for manufacturing of high-density interconnect patterns on PCB”. Duration: 2004-2006. Coordinator: Prof. J. Mizeraczyk.

    • „Application of electrical discharges for water cleaning from organic compounds”. Duration: 2004-2006. Coordinator: Dr. M. Dors.

      • 2006

    • „Investigation and optimisation of microwave plasma sources with high gas flow rate for industrial purposes”. Duration: 2007-2008. Coordinator: Dr. M. Jasiński.

      • 2007

    • „Efficiency of submicron dust particles precipitation in ESP for different flow structures – application of Three-Dimensional Particle Image Velocimetry". Duration: 2007-2009. Coordinator: Prof. J. Mizeraczyk.

    • „Investigation of generation and properties of microwave microplasma under atmospheric pressure”. Duration: 2007-2009. Coordinator: Prof. Z. Zakrzewski.

      • 2008

    • „Flue gas cleaning from nitrogen oxides using corona discharge and catalyst". Duration: 2008-2009. Coordinator: Dr. M. Dors.

    • „Hydrogen production via methane reforming using microwave discharge with high gas flow rate: modelling and optimisation”. Duration: 2008-2009. Coordinator: Dr. H. Nowakowska.

    • „Visualization of corona discharge in water”. Duration: 2008-2009. Coordinator: Dr. M. Kocik.

    • “Investigation of pumping and dust removal efficiency in electrohydrodynamic device”. Duration: 2008-2010. Coordinator: Prof. J. Mizeraczyk.

    • “Experimental investigation of flow velocity fields in ESP models”. Duration: 2008-2009. Coordinator: Prof. J. Mizeraczyk.

      • 2010

    • Projekt strategiczny, etapy 39 „Wykonanie stanowiska do produkcji wodoru z biogazu, badania i optymalizacja układu oraz opracowanie wytycznych dla instalacji pilotażowej” i 40 „Wykonanie i badania rozwojowe unstalacji pilotażowej do produkcji wodoru z biogazu”, okres realizacji: 2010-2015, kierownik: M. Jasiński,

      • 2011

    • „Moduł mikrofalowego urządzenia plazmowego z separatorem gazów odlotowych do produkcji wodoru z węglowodorów” (projekt rozwojowy), okres realizacji: 2011-2013, kierownik: M. Jasiński,

    • „Produkcja wodoru z biogazu za pomocą elektrycznego wyładowania barierowego”, okres realizacji: 2011-1014, kierownik: M. Dors

    • „Oczyszczanie wody z mikroorganizmów za pomocą plazmy wyładowań elektrohydraulicznych”, okres realizacji: 2011-2013, kierownik: T. Izdebski

    • B. Hrycak, „Spektroskopowe badania właściwości plazmy mikrofalowej pod ciśnieniem atmosferycznym”, InnoDoktorant, IV Edycja