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Flow and mass balance analysis of eco-bio infiltration system |
Marla C. MANIQUIZ, Lee-Hyung KIM( ), Soyoung LEE, Jiyeon CHOI |
| Department of Civil and Environmental Engineering, Kongju National University, 275 Budaedong, Seobuk-gu, Cheonan City, Chungnam-do, 330-717, R. O. Korea |
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Abstract A structured stormwater infiltration system was developed and constructed at a university campus and monitoring of storm events was performed during a one-year operation period. The flow and pollutant mass balances were analyzed and the overall efficiency of the system was assessed. While significant positive correlations were observed among rainfall, runoff and discharge volume (R2= 0.93-0.99; p<0.05), there was no significant correlations existed between rainfall, runoff, discharge volume and pollutant load. The system was more effective in reducing the runoff volume by more than 50% for small storm events but the difference between the runoff and discharge volume was significant even with rainfall greater than 10 mm. Results showed that the pollutant reduction rates were higher compared to the runoff volume reduction. Average pollutant reduction rates were in the range of 72% to 90% with coefficient of variation between 0.10 and 0.46. Comparable with runoff reduction, the system was more effective in reducing the pollutant load for small storm events, in the range of 80% to 100% for rainfall between 0 and 10 mm; while 65% to 80% for rainfall between 10 and 20 mm. Among the pollutant parameters, particulate matters was highly reduced by the system achieving only a maximum of 25% discharge load even after the entire runoff was completely discharged. The findings have proven the capability of the system as a tool in stormwater management achieving both flow reduction and water quality improvement.
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best management practice
flow balance
low impact development
mass balance
nonpoint source
stormwater runoff
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Corresponding Author(s):
KIM Lee-Hyung,Email:leehyung@kongju.ac.kr
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Issue Date: 01 October 2012
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