Research areas and perspectives of collaboration with China

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Research areas and perspectives of collaboration
with China
EU - China Conference, London, 4-5 June 2007

• Professor Jaroslaw MIKIELEWICZ
• Corresponding Member of PAS
• Institute of Fluid-Flow Machinery Polish Academy
  of Sciences
• Gdansk, POLAND

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OUTLINE OF PRESENTATION

• INTRODUCTION OF IFFM PAS
• PRESENT COLLABORATIONS WITH CHINESES RESEARCHERS
• PROPOSED AREAS OF FUTURE COLLABORATION AND THEIR
  IMPORTANCE

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INTRODUCTION OF IF-FM PAS

• Average employment 147 people (133 full-time
  employees). Scientific staff (82 people) 20
  professors, 32 research fellows, 30 research
  assistants.
• Institutes scientific activity focuses on
  principles of operation, design and development
  of equipment for energy conservation in flows.
• Disciplines represented in the Institutefluid
  mechanics, thermodynamics with heat
  transfer,multiphase flows, gas dynamics with
  transonic flows, exploitation and thermal
  hydraulic, diagnostics of steam turbines,plasma
  physics, laser engineering, solid machine
  mechanics.
• The Institute combines fundamental research
  activities with practical applications,
  particularly in the areas of machine
  constructions and power engineering.

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COLLABORATIONS WITH CHINESES RESEARCHERS
Transonic flows with strong interactions Shock
wave boundary layer interaction Prof. P.
Doerffer Prof. Shen YuIFFM PAS - Chinese
Academy of SciencesInstitute of Engineering
Thermophysics, BeijingPoland China bilateral
agreement Duration from 1995 RESULTS OF
COLLABORATION ISAIF conference First East -
Europe International Symposium on
Experimental and Computational Aerothermodynamics
of Internal Flows5th ISAIF 2001 Gdansk, 6th
ISAIF 2003 Shanghai,7th ISAIF 2005
Tokio 8th IFAIS 2007 - Lyon Prof. Doerffer
member of Scientific Committee since 1994
JOURNAL OF THERMAL SCIENCE Editor CHEN Nai
Xing, Institute of Engineering ThermophysicsProf.
Doerffer member of Editorial Board
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Destruction of organic pollutants in
water using non-thermal plasmaProf. Mindong Bai
- Environmental Engineering Institute, Dalian
Maritime University, Dalian

Prof. Jerzy Mizeraczyk The Szewalski Institute
of Fluid Flow Machinery, Centre for Plasma
and Laser Engineering, Gdansk Project
Aims ? Development and optimization of corona
and arc discharge processing in order to
achieve the best efficiency of destruction of
organic pollutants from water.
? Clarifying processes occurring in the
corona and arc discharge plasmas during
destruction of organic compounds in water
solutions. Results ? Organization of
the Second Asia-Pacific Int. Symp. on Air and
Water Treatments by Green Oxidation/Reduction
Technologies-Catalyst Plasma and Hybrid
Systems, Dalian, September 2006 (Prof. Bai and
Prof. Mizeraczyk as Chairmen). ?
Establishing a new scientific journal
International Journal of Plasma Environmental
Science Technology.
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PROPOSED COLLABORATION AREA - MICRO-CHP

• Micro-CHPs operate in homes or small commercial
  buildings
• Conventional fuel or biofuel
• Driven by heat demand, delivering electricity as
  byproduct
• Designed to replace a conventional boiler by that
  integrated with a power generating unit
• Heat and power from one appliance
• Decentralised way of power generation without
  transmission loss
• Based on Organic Rankine Cycle

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