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September
2021 Vol.6 No.4
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Doaa H
Khaled TE
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Merit Research Journal of Engineering, Pure and Applied
Sciences (ISSN: 2408-7033) Vol. 6(4) pp. 024-028,
September, 2021
Copyright ©
2021 Author(s) retain the copyright of this article
DOI: 10.5281/zenodo.5544562 |
Case
Report
Wood Working Shop Air Dust Collector – A Case Study |
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Wood workshops are exposed to a severe ambient of polluted air,
and consequently has been associated with increased lung cancer
incidences. Current case study proposed a new design for dust
collector fan impeller to purify and increase air quality in
such harsh working areas. In-House lower cost Centrifugal Blower
(CB) was designed, manufactured, and tested for its performance.
Such CB mainly consists of one impeller equipped with
symmetrical backward - curved centrifugal blower vane, mounted
on a rotating shaft and enclosed by a casing. Polluted air is
axially drawn to the impeller’s eye for energy exchanging along
the rotated backward – curved vanes. Experimental measurements
were recorded for the flow velocity and pressure at the inlet’s
eye and the outlet port, at different rotary impeller speeds in
the range of 200 to 2,850 rpm. Numerical results and
simulations, have shown better performance and 97% correlation
between the polluted air pressure with its flow rate of the
impeller dust blower fan.
Keywords: Air Pollution, Dust Collector, Backward-Curved
Fan, Dust Wood Workshop, Dust Impeller Design
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