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Conference paper

Potential of HVAC Decontamination and Treatment for Improving Energy Efficiency and Healthcare Environment

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1Automotive Development Centre, Faculty of Mechanical Engineering, Universiti Teknologi Malaysia, 81310 UTM Johor Bahru, Johor, Malaysia

2Airestec Sdn. Bhd., B-9/10 & 11, Gateway Corporate Suites, No. 1, Jalan Desa Kiara, Mont’ Kiara 50480 Kuala Lumpur, Malaysia

Published
26 August 2013
Pages
1612-1615
Received
26 August 2013
DOI
10.65582/set.2013.177
Access
Open access, © 2013 Copyright WSSET
Download PDF4 pages · 324 KB

Abstract

The development of microorganisms that colonise heating, ventilation and air conditioning (HVAC) system give the arisen of ‘sick building syndrome’ and ‘building related illness’ which have potential to adversely impact human health such as infections, allergy and toxic effects. A dirty HVAC system cannot provide adequate heat transfer and will reducing efficiency of the system, at the same time it can reduce the equipment life and failure of expectancy. In this paper, the contamination present by dirt and microorganisms on HVAC system can be reduced by cleaning and eliminates the bio film with multi-enzyme based product. The expertise in the field clearly shows that those organisms captured from the environment are more robust and opportunistic than those which have been bred in laboratories for many generations. For this reason, in field trial studies, micro-organisms from actual sites; HVAC system at Penapisan PETRONAS buildings located in Kerteh, Malaysia were used. Data of air flow, temperature and microorganisms were taken before and after treatment were done. Results show that energy conservation effect saved through the treatment is up to 13%.

Keywords. Decontamination; Treatment; HVAC; Efficiency; Healthcare

© 2013 Copyright WSSET

Free to read, download, print and share, unaltered and for non-commercial purposes, provided the authors, the paper and the proceedings are credited. Any other use, including commercial use or adaptation, needs written permission: write to [email protected].

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