Logo image
From Combined Sewer Systems to Sustainable Green Infrastructure Solutions
Thesis   Open access

From Combined Sewer Systems to Sustainable Green Infrastructure Solutions

Adam Joseph Olinski
Master of Science (MS), SUNY College of Environmental Science & Forestry
01/2013

Abstract

Combined Sewer Overflow Green Infrastructure Stormwater Management Stormwater Treatment Syracuse
A.Olinski. From Combined Sewer Systems to Sustainable Green Infrastructure Solutions 99 pages, 11 tables, 97 figures, 2013 This study examines an alternative approach to addressing a combined sewerage overflow (CSO) problem for the City of Syracuse, New York. The City proposed to install a centralized processing facility to serve a 2,300 acre urban and suburban watershed containing twenty-one active CSOs. The study investigated using distributed small scale site related green infrastructure interventions in place of the centralized processing facility, to mitigate stormwater runoff. The study found that distributed placement of numerous small green stormwater management installations could achieve the needed CSO reductions to the degree that centralized supplemental waste water processing is no longer required. The study also shows that distributed green infrastructure adds additional amenities to neighborhoods and the community setting in general, making them a highly preferred solution to CSO management.
pdf
Olinski_Report_201336.47 MBDownloadView
Open Access

Metrics

9 File views/ downloads
29 Record Views

Details

Logo image