1. Migrating a Gathering Company’s Pipelines from Legacy Datasets into an Enhanced PODS 3.2 Model Presented by Kenneth Greer – CenterPoint Energy Gas Transmission

2. Contents Different type and quality of data sets 1 Conversion tools 2 Obstacles - Short Timeline 3 The Plan 4

3. Existing data sets – Lotus Notes  Pipe and equipment attributes  Derived from old mainframe data  Poor maintenance 1

4.  Primary software for field operations  Synchronization already established  Individual file per pipeline  Field GPS of good quality  Excellent maintenance  Field tools already created  No training needed Existing data sets - MapInfo 1

5.  Scheduling and maintenance  Work Orders  Training needed New data sets - Maximo 1

6.  Enterprise database  Pipe and equipment attributes  Spatialized  Vendor application  Training needed New data sets - PODS 3.2 enhanced 1

7.  Used to load and maintain centerline  Vendor application required  Training needed New data sets - ArcGIS 1

8.  Internally developed loader  Vendor applications  Company developed synchronization applications fro Maximo  Re-stationing process using ArcGIS, MS Access and internally developed loader  Reports generated  Cross reference files maintained in Oracle Conversion tools 2

9.  Six months  Mismatch of pipeline measures – spatial vs. data  Load all data – active, abandoned, sold, etc.  Not all pipeline data had spatial counter parts  Load and re-station all pipelines  Training Obstacles 3

10.  Determine pipeline and route status and match to GIS components to determine routes  Load all data to PODS using measures in Lotus Notes  Re-station per GIS lengths  Load to Maximo  Training for PODS and Maximo  Review re-stationing reports  Correct data with the new interfaces The Plan 4

11. Questions 5