Scientists’ quest for sustainable environmental protection 

We are the CatSEE research group, and we specialize in interdisciplinary research that spans physics, chemistry, and materials science and engineering.

We aim to help companies improve their products, gain a competitive edge, and stay up-to-date with the latest industry developments. Some of the services we offer include catalyst synthesis, catalyst characterization, and sonication of small samples.

What do we offer for the industry and society?

  • Our research concluded that the biomass can be successfully transformed into chemicals and fuel.
  • The photocatalysts facilitate the transformation of polluted water into clean water.
  • Transformation occurs under conditions that are commonly met in nature. 
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UV reactor at work

Modern materials

  • analysis of the properties of materials
  • chemical synthesis under unconventional energy sources: ultrasounds, microwaves
  • preparation of thin layers/​films on various substrates
  • full characterization of nanostructures
  • surface modification through the introduction of various functional groups and nanostructures



Disruptive team

  • Innovative microfluidic techniques for green organic synthesis
  • Scientific and technological advice
  • Nanoscale catalysts: water purification using solar radiation and intermediates production from organic waste for the pharmaceutical and food industries
  • Life Cycle Assessment and Techno-Economical Analysis 

Nilesh R. Manwar — Abdul Qayyum — Behdokht Hashemi Hosseini — Juan Carlos Colmenares Q. — Maya Nobatova — Dariusz Łomot — Swaraj Rashmi Pradhan — Hanggara Sudrajat 

Environmental protection and renewable energy sources 

  • purification of water/​air contaminated with organic wastes
  • synthesis of materials for environmental protection and renewable energy sources
  • production of chemicals as energy carrier/​storage
  • unconventional energy sources: ultrasounds, microwaves

Solar energy is considered the richest and one of the most promising sources of renewable energy on Earth. Its use brings significant economic and ecological benefits.




    • sono-catalytic, photo-catalytic, thermo-catalytic synthesis of pharmaceutical intermediates and food additives
    • synthesis of organic compounds, nanoparticles and new materials with (sono)-,(photo)-,(thermo)-catalytic properties

    The photocatalytic decomposition of pollutants occurring in the natural environment allows for the elimination of harmful substances through their complete mineralization (i.e. the complete process of oxidation of organic compounds to carbon dioxide and water).

    This method is environmentally friendly and does not require the use of toxic materials, and does not use conventional, non-renewable energy sources. A factor that determines the process of photocatalysis in particular is a substance called a photocatalyst.

    Activated by sunlight, it accelerates the course of the reaction, although it does not wear itself during it. In our process, we use titanium oxide, commonly known as titanium white, in the reaction of discoloration of the aqueous solution of gentian violet (gentian) under the influence of light.

    First contact

    Please consider writing

    to our team leader at 


    ICHF profile


    Institute of Physical Chemistry

    Polish Academy of Sciences

    Kasprzaka 4452

    01 – 224 Warsaw, Poland

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