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He Sbt New Insert 5eec[on cods N'incow Help <br /> r Wtocerkl Sewer 4o.FinaPr w"M k Few - Mzlys- i - r'aeiask '-HC -OMMOp Mculcs <br /> D 'J' '. .502)] : J k? <br /> - E_5 Late/ <br /> [] S5Networ . tNetfe _ R <br /> 5uHype <br /> C] Litrxaoen n <br /> Ir,eaonenttbM <br /> R R <br /> 0 ssFRmg R <br /> Bend Q <br /> (I 4 R l9 ri ` <br /> - ElzzMananhole ri <br /> x 6 R R <br /> - 0 ssManh AeMissng <br /> n R n <br /> - © s;- eApxam <br /> — caY ONu va uss> <br /> n <br /> MeeswPFroYI R R <br /> y � pnknown n <br /> R <br /> n 9 R <br /> R R <br /> q n ri ri <br /> q <br /> — IT <br /> 12' R <br /> R <br /> C <br /> IR n <br /> — S" <br /> 16" n R <br /> R R <br /> lel i I JJ � <br /> OI%pby <_owce • 0 i I Pi <br /> oawire - k C - A - Fwi T-_] e i n A . N .d . <br /> - - 3139M6 a ]9161513.82Feet <br /> Example of a Sanitary Sewer Geometric Network in ArcMap <br /> Properly configured utility networks will allow the Public Works Department to conduct <br /> network flow and tracing tasks . The figure below shows the same sanitary sewer network, <br /> with gravity and force mains, manholes , lift stations, a wastewater treatment plant , and <br /> street centerlines . Arrows demonstrate the direction of flow throughout the network. Mains <br /> highlighted in red demonstrate the result of a downstream trace from a selected manhole to <br /> its wastewater treatment plant destination . <br /> 89 <br /> GIS Needs Assessment and Implementation Plan Chapter 1 - Departmental GIS Needs Assessment <br />