Partners

Faculty of Chemical Technology

Contact: prof. Ing. Libor Čapek, Ph.D. ()

Area of cooperation: Characterization of materials by UV-VIS spectroscopy, preparation of photocatalytic materials

Faculty of Science

Contact: prof. RNDr. Kateřina Malachová, CSc. (), prof. Ing. Boleslav Taraba, CSc. ()

Area of cooperation: Anaerobic digestion, microbiology, environmental impacts of technologies

Department of Solid State Chemistry

Contact: prof. Ing. František Kovanda, CSc. (Frantisek.Kovanda@vscht.cz)

Area of cooperation: Environmental catalysis, catalytic decomposition of N₂O

Department of Catalysis and Reaction Engineering

Contact: Ing. Květuše Jirátová, CSc. ()

Area of cooperation: Environmental catalysis, heterogeneous catalysts preparation, catalytic decomposition of N₂O

Laboratory of Supercritical Fluid Extraction

Contact: Ing. Marie Sajfrtová, Ph.D. ()

Area of cooperation: Preparation of photocatalytic thin films and monoliths by using supercritical and pressurized fluids

Faculty of Mathematics and Physics, Department of Condensed Matter Physics

Contact: doc. RNDr. Stanislav Daniš, Ph.D. ()

Area of cooperation: High-resolution x-ray diffraction, diffuse x-ray scattering for epitaxial layers.

Faculty of Mechanical Engineering

Contact: prof. Ing. Petr Stehlík, CSc., dr. h. c. ()

Area of cooperation: Selective catalytic reduction of NO_x by NH₃

RI CATPRO, UniCRE centre

Contact: Ing. Zdeněk Tišler ()

Area of cooperation: Mixed oxide catalysts preparation.

Department of Semiconductors

Contact: Ing. Alice Hospodková, Ph.D. ()

Area of cooperation: Photocatalysis

Faculty of Chemistry, Materials and surface chemistry group

Contact: prof. P. Kustrowski (), prof. A. Kotarba
(kotarba@chemia.uj.edu.pl)

Area of cooperation: Characterization of materials by X-ray photoelectron spectroscopy (XPS), thermal alkali desorption (TAD) and measurements of electrons work function, VOC adsorption

Faculty of Technology, Environmental and chemical engineering group

Contact: prof. Riitta Keiski (), Dr. Satu Pitkaäho
()

Area of cooperation: Environmental catalysis, photocatalysis of liquid and gas phase, preparation of photocatalytic materials, separation processes, modelling and simulations

Faculty of Chemistry

Contact: prof. J. Ryczkowski ()

Area of cooperation: Characterization of catalysts and sorbents using microscopic methods.

Environmental research laboratory

Contact: prof. U. L. Štangar ()

Area of cooperation: Photocatalytic reactors for pollutants in the gas phase on a laboratory and pilot plant scale

Institute of Reaction Engineering

Contact: prof. Dr. Wilhelm Schwieger,

Area of cooperation: Structured catalysts for the catalytic decomposition of N₂O

Department of Chemistry

Contact: P. Cool ()

Area of cooperation: Preparation of catalysts based on mesoporous silicate

Institute of Chemical Engineering

Contact: Univ. Prof. Dr. Franz Winter ()

Area of cooperation: High temperature heterogeneous reactions, waste recycling, emissions abatement

Contact: Ass. Prof. Juma Haydary ()

Area of cooperation: Simulation, modelling and experimental verification kinetics of non-catalytic reaction between gas-solid phase, catalytic pyrolysis focused on tire and waste polymer pyrolysis

Contact: Dr. Steffen Krzack ()

Area of cooperation: Modelling and simulation of material and energy conversion processes

Faculty of Energy and Fuels, Fuel Institute of Technology

Contact: Prof. Andrzej Strugała ()

Area of cooperation: The study of technology of solid, liquid and gaseous fuels, biomass processing

Department of Environmental Engineering

Contact: Prof. Evan Diamadopoulos ()

Area of cooperation: Anaerobic digestion - production and environmental applications biochar obtained from anaerobic digestate and recovering phosphorus from the liquid phase

Faculty of Metallurgy, The Institute of Metallurgy

Contact: doc. Ing. Pavol Vadász, PhD. (Pavol.vadasz@tuke.sk)

Area of cooperation: Inorganic non-metallic materials, refractory ceramics, inorganic binder systems, utilization of waste materials including metallurgical slags, corrosive degradation of inorganic materials

Contact: Prof. Dr. Ing. Isabel Kuperjans ()

Area of cooperation: Energy and material recovery, mesophilic anaerobic digestion of corn silage, extraction of lower fatty acid from digestate

Laboratory of catalysis and reactor engineering

Contact: Prof. Jeffry C.S. Wu ()

Area of cooperation: Preparation and characterization of the nanofiber photocatalysts

Contact: Alloy Palit,

Area of cooperation: Pyrolysis of wood

Faculty of Engineering, Civil Engineering Department 

Contact: Dr. Thiengburanathum Poon,

Area of cooperation: The management of biowaste in Thailand

Microalgal Engineering Research Group

Contact: Prof. David Lewis ()

Area of cooperation: Energy and material recovery, semi-continuous mesophilic anaerobic digestion of biowaste

Faculty of Science

Contact: Prof. Bahaa Abu-Zied ()

Area of cooperation: Research of cobalt based catalysts for N2O catalytic decomposition

Contact: Ass. Prof. Pengwei Huo, Ph.D. ()

Area of cooperation: Photocatalytic reduction of CO2

Institute of Technological Development for the Chemical Industry (INTEC)

Contact: Dr. M. Ballari ()

Area of cooperation: Modelling and design of photoreactors

Department of Forestry Engineering and Environmental Management, Environmental Analysis Laboratory

Contact: Dr. Gerardo Cruz Cerro ()

Area of cooperation: Preparation of sorbents based on activated carbon from waste biomaterials

Faculty of Science, Laboratory of functional materials

Contact: Prof. José Luis Solis Veliz (), Dr. Monica Marcela Gomez Leon () 

Area of cooperation: Preparation and characterization of TiO2 based photocatalysts

Department of Chemical Sciences

Contact: Haya Kornweitz, Ph.D. ()

Area of cooperation: Research of N₂O catalytic decomposition mechanism, DFT

Department of Life Science and Applied Chemistry

Contact: Prof. Masaaki Haneda ()

Area of cooperation: Research of catalytic decomposition of NO

Griffith School of Engineering

Contact: Prof. Qin Li,

Area of cooperation: Research of photocatalytic degradation of ammonia