The aim of the paper is an examination of flow-thermal, operating and dynamic
properties (velocities of gas mixture, flows, pressure drops, temperature,
humidity, chemical pollutants tests, and efficiency) and performance of the
adsorption filter prototype in the filter-ventilation system. The paper
presents the results of the experimental research conducted on the original
apparatus in the laboratory for air quality management at the Faculty of
Occupational Safety in Nis. The examination of flow-thermal, operating and
dynamic parameters of the observed filter prototype was carried out on an
experimental ventilation setup with a variable flow rate of gas mixture.
Experimental data were registered with appropriate measuring equipment, which
helped us obtain a picture of the behavior of the adsorption filter prototype
compared to simulated parameters of the gas mixture. By measuring and data
acquisition, we reached the assumptions for identifying the observed process,
and thus the possibility of modeling and controlling process parameters.
Thermal Operating Machine
