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Version A Version B Version C <br /> ArcSDE data versioning allows for multiple data users <br /> Water Distribution Wastewater, and Storm Water Modeling and Monitoring <br /> ,. The Utilities Services Department can use GIS to conduct water and wastewater modeling . <br /> There was also a stated need in the Solid Waste Disposal District to perform stormwater <br /> modeling . A recommendation has been made in the Public Works Department Needs <br /> Assessment for the County to develop an accurate stormwater database ; once conversion <br /> is complete , this data can be utilized for stormwater modeling . <br /> Accurate modeling requires accurate utility data . ArcGIS will let Department staff perform <br /> basic modeling tasks . For example , assuming the sanitary sewer network was set up <br /> correctly, users could select a lift station , choose to perform a " trace upstream " task, and all <br /> structures that flow to that specific lift station would be selected . <br /> The Utilities Services Department currently maintains WaterCAD software from Haestad <br /> Methods . The Utilities Services Division should consider implementing Haestad Method ' s <br /> SewerGEMS and FlowMasfer applications for wastewater modeling and Haested Method ' s <br /> StormCAD , FlowMasfer, CulvertMaster, and PondPack for Storm Water modeling—these <br /> applications offer modeling that provides full , completely seamless integration with ArcGIS <br /> applications see GIS Applications below) . <br /> FlowMasfer Interface FlowMasfer Analysis and Design <br /> GIS- Based Work Order Management System <br /> The Solid Waste Disposal District indicated a need to transfer all paper based work orders to <br /> - a database and implementation of a GIS based work order system . The Utilities Services <br /> Department including Water and Sewer already uses MUNIS for work order management. If is <br /> 144 <br /> GIS Needs Assessment and Implementation Plan Chapter 1 - Departmental GIS Needs Assessment <br />