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Experimental setup for examination of air cleaners from small production sources
Univeristy of Niš, Faculty of Occupational Safety

emailmiomir.raos@znrfak.ni.ac.rs
Project:
Improvement of the monitoring system and the assessment of a long-term population exposure to pollutant substances in the environment using neural networks (MESTD - 43014)

Keywords: experimental setup; air canal; air cleaner; data acquisition
Abstract
In the laboratory for air quality control at the Faculty of Occupational Safety in Niš, with the purpose of development and scientific activities, an experimental setup for examination of air cleaner from small production sources was designed. The experimental setup has to provide information about parameters of gas mixture and parameters of test air cleaners, necessary for evaluation of operational characteristics and limits of application. Examination of main flow thermal parameters, on an observed filter-ventilation system, was conducted on the experimental line designed for air flow rates up to 2000m3/h. Within the experimental line, the proper equipment for measurement and simulation was designed. This as well as the pollutant presence simulation and the measurement of important parameters was done in real time. The simulation of microclimate air parameters as a carrier gas was done with external air conditioning equipment.
References
*** (1998) Isobutylene CAS: 115-11-7: Product identification. Randor, PA, USA: Airgas Inc
*** (2005) Transducers for temperature and humidity. Wien: JUMO Osetereich, User Manual, Uputstvo 90. 1000-90. 1305
*** (2004) Pressure and differential pressure transmiters. Fulda: JUMO, Typ 4304, B 40. 4304, 01-05/00445307
*** (2004) Logoscreen user manual. Fulda: JUMO, B95. 5010. O. 1, 6. 99/00369008
*** (2004) Sinamics G 110: Operating instruction (compact). Siemens, Automation & Drives, Issue 11
Raos, M. (2008) Investigation of integrated air purifier from low power emission sources. Niš: Faculty of Occupational Safety, Ph. D. Thesis
 

About

article language: English
document type: unclassified
published in SCIndeks: 21/02/2012

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