Mining Aerology and Industrial Ventilation

1. Design and optimization of ventilation, air conditioning and heating systems for industrial facilities, mines, underground garages and communication tunnels. 2. Design of fire ventilation and air conditioning systems in underground mines. 3. Conducting research in the Thermoanemometry, Refrigeration Technology, Flow Machines and Thermal Physics of Structures laboratories. 4. Testing of flows, characteristics of heat exchangers, diffusers, extractors and ventilation equipment. 5. Modeling of air flows using advanced CFD (Computational Fluid Dynamics) techniques for ventilation equipment and systems. 6. Thermal imaging measurements of machinery, installations and buildings, as well as energy audits. 7. Analysis and selection of renewable energy sources for residential and industrial buildings, including design of systems integrated with HVAC systems. 8. Organization and conduct of postgraduate studies in the field of Ventilation and Air Conditioning of Facilities and Mining Aerology. 9 Teaching support in the field of underground mining and tunnel safety.

Thermoanemometry Laboratory, building A-1, room 108

Laboratory of Refrigeration and Air Conditioning Technology, building A-1, room 111

Laboratory of Flow Machines, building A-1, room 120

Wind and Solar Laboratory, building A-1, room 500

Laboratory of Thermal Physics of Structures, building A-1, room 113

Central Mining Institute (GIG)

Silesian University of Technology

Building Research Institute (ITB)

DAIKIN

Howden