Transforming a Grass Roots Program to an Enterprise GIS

Transcription

1 Transforming a Grass Roots Program to an Enterprise GIS

2 2 Aqua America is the second largest, publically traded water and wastewater utility Investor owned water and wastewater utility (NYSE: WTR ) 3 million people served across 8 states Founded in ,6 employees 12, miles of water main 1,5 water & wastewater systems OPERATING IN 8 STATES

3 Overview 3 Background GIS Timeline Development of Enterprise GIS Planning IT Technical issues Coordinate system Communication Rollout Takeaways

4 4 GIS Timeline at Aqua Temporary GIS position created Hire outside contractor to use GIS for fire hydrant mapping GIS viewer available within office Begin converting Aqua OH and IL to GIS GIS available to field crews on tablets GIS Needs Study Step back from GIS and focus on mapping improvements Convert Aqua PA to GIS GIS to Aqua PA field crews on laptops GIS web applications in office Begin rollout of GIS to all Aqua states

5 Aqua GIS the early days 5 Engineering initiative to support water main replacement program Little or no IT involvement The server under the desk Started by converting > 7 individual maps (plates) for southeast PA User access initially through ArcReader Eventually converted all water systems in PA Separate consulting contract to expand to Aqua OH and Aqua IL 3 separate databases Aqua PA Aqua OH Aqua IL

6 6 Enterprise GIS Scope of Work Install and configure Aqua GIS Production & Test server environments Consolidate and optimize Aqua s GIS data model for improved sustainability and performance Create base and asset GIS data for all Aqua states Improve web based capabilities to share GIS information with a variety of end users within Aqua Review, document, and optimize all related back office scripts and processes 3 separate databases Single database Aqua PA Aqua OH Aqua IL Aqua

7 Significant corporate commitment to GIS in Original configuration PA Current configuration OH ArcGIS Web AQUA ArcGIS ArcGIS ArcGIS Web Image IL Database Server (1) separate database for each state ArcGIS Server (1) Web Server (1) also supported other applications Database Server (1) single database for all of Aqua ArcGIS Server (3) Web Server (1) dedicated to GIS Image Server (1)

8 8 lanning for Success Thorough review of staffing needs Expectation of supporting advanced capabilities Sustainable technology solutions

9 Planning for Success 9

10 lanning for Success 1

11 11 Building an Enterprise GIS - Systems Then: 3 server setup on ArcGIS for Server 1.1 ~5 custom SQL and Python integration scripts ~4 active tablet users ~2 databases Minimal IT support 6 general viewer applications Now: 6 server setup on ArcGIS for Server ~1 custom SQL and Python integration scripts ~6 active tablet users ~4 databases Enterprise level IT support 2 general viewer applications

12 12 Building an Enterprise GIS - Data Then: PA, OH, IL 3 water/wastewater systems 5, customers Now: PA, OH, IL, NJ, IN, VA, NC, TX 1,5 water/wastewater systems 1,, customers Over 2 TB of data collected! (~1.4 million selfies)

13 13 8 editors PA_N PA_S ArcGIS Desktop - 1 casual users PA_Edit PA_WW OH_N OH_Edit IL_E OH_S OH_WW IL_W ArcGIS Web App Builder - Webmap -?? users Explorer - 6 users IL_Edit IL_WW

14 14 8 editors ArcGIS Desktop - 1 casual users EDIT Overnight Replication PUBLISH Explorer - 6 users ArcGIS Web App Builder - Webmap -?? users

15 GIS by the numbers Number of Hydrants State Count Hyd/Mi PA 23, OH 18, IL 8, NJ 3, TX 1,256 NA VA IN NC Total 56,478 The midwest loves fire hydrants Are we missing valves in GIS? Number of Manholes Number of Valves State Count Valve/Mi PA 75, OH 24, NJ 11, IL 11, TX 2,32 NA VA 1, IN NC Total 126,341 State Count MH/Mi IN 8, IL 3, PA 2, VA 2, OH 1, NJ NC TX Total 19, PA has a lot of low pressure force main

16 16 Takeaways Plan, plan, and plan some more Make friends with IT Communicate early and often Be careful not to value the quickest way over the best way Be prepared to manage change and expect to manage change Implementing a GIS is not an overnight process