ZEMCH 2019 International Conference Proceedings April.2020 | Page 40
A Study on the Performance Variations of a Heat‐
recovery Ventilation System Using a Pre‐filter and
HEPA filters
Jung‐Sub Seo 1 , Young‐Mo Kang 2 , Jong‐Won Kim 3 , Byung‐Hun Jeon 4 , Soo‐Kwang Yang 5 , Dong‐In
Kang 6 and Young‐Chull Ahn 7 *
3
4
5
6
7
*
1
2
Jung‐Sub Seo; [email protected]
Young‐Mo Kang; [email protected]
Jong‐Won Kim; [email protected]
Byung‐Hun Jeon; [email protected]
Soo‐Kwang Yang; [email protected]
Dong‐In Kang; [email protected]
Young‐Chull Ahn; [email protected]
Correspondence: [email protected]; Tel.: +82‐51‐510‐2492
Abstract: As the airtightness of buildings is improved, sufficient ventilation facilities are required, and the
performance of the ventilation system is becoming more important due to the recent increase of fine dusts in the
air. This study aimed to analyze the air flow rate, air leakage rate, heat exchange efficiency, and dust purification
ability according to the filter class installed in the Heat-recovery ventilator. Pre-filter, H11, H12, and H13 were
used and Heat-recovery ventilator was installed in the chamber and tested. Experimental results showed that the
H13 filter had the smallest airflow reduction and high heat exchange efficiency, but the H12 filter showed the
best performance as a result of comprehensive analysis of the dust purification ability and the heat exchange
efficiency.
Keywords: Energy Recovery Ventilator; Filter Class; Heat Exchange Efficiency; Air Flow; Air leakage rate;
Dust Purification Ability
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ZEMCH 2019 International Conference l Seoul, Korea