Author(s): C. Choi, K. Park, W. Park & H. Park
The purpose of this study was to enhance major economies and compatibilities
of the system, comparing the differences of footprints between outdated and
In addition, the research provided ways to verify the effluent
quality during the pilot-plant scale operation of a unified treatment system (MBR
and Coagulation-LPCF) and estimate the great economical efficiency in the
proper construction and operation.
As the results of a real pilot plant, the
effluents contained low concentrations for BOD, at 3.3 mg/L, followed by 7.2
mg/L COD, 8.47 mg/L T-N and 0.1 mg/L T-P.
The MBR-LPCF system was
reported to occupy a plot of 384m2, which had a two times lower square
compared to the outdated system (RBC; Rotating Biological Contactor).
more, by comparing prices, the reclaimed water system experienced a decrease
of nearly 76% in a unit cost of tap water involving facility renovation and
Consequently, if the MBR-LPCF system starts to be operational in an
apartment complex, it can significantly not only enhance the amenity of the
housing complex, but also increase green efficiency to decrease the use of water
urban infrastructure regeneration, reclaimed water and water
Size: 3,570 kb
Paper DOI: 10.2495/SW100211
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