Stormwater Asset Management System (SAMS) Proof of Concept Overview

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This project focuses on developing a Statewide Stormwater Asset Database and a GIS-based Stormwater Asset Management System (SAMS) for efficient inspection and reporting. It involves creating methodologies for database development, utilizing existing district data, implementing inspection protocols, merging data into a common database structure, and conducting demonstrations using ESRI GIS Online tools.


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  1. Stormwater Asset Management System (SAMS) Proof of Concept for Stormwater Ponds Kevin Flavin, P.E. Senior Water Resources Engineer Applied Technology and Management, Inc

  2. Project Goals Develop initial methodologies and protocols for creating a consistent Statewide Stormwater Asset Database Develop an initial Statewide database for ponds using available data from the Districts Provide a demonstration (Proof of Concept) to the Districts of the potential capability of a Statewide GIS based Stormwater Asset Management System (SAMS) through inspection and reporting Apps in ESRI GIS Online

  3. Proof of Concept Assets Wet Detention Ponds Dry Retention Ponds Dry Detention Ponds Dry Detention with Filtration Utilized existing database information from each District. Some District databases limited to NPDES permitted facilities

  4. Existing District Databases

  5. Inspection Protocols

  6. Statewide Database Develop protocols for merging into single common database QA/QC of merged data Incorporation of FDOT data rules provided by IT Database Structure Hosted in Microsoft Azure Cloud SQL Server database Spatially enabled 1 database split into District repositories

  7. Demonstration Inspection/Reporting GIS visualization framework in ESRI GIS Online environment Inspection forms to be web-enabled and useable on mobile devices Summary reporting Database Dashboard Demo Inspection New Facility Reports and Status on Dashboard

  8. Part III.A.1 - Structural Controls and Stormwater Collection Systems Operation Report the number of inspection and maintenance activities conducted for each applicable type of structure included in Table II.A.1.a, and the percentage of the total inventory of each type of structure inspected and maintained. Maintenance Number of Structures * Activities ** Number of Number of Inspections Maintained Inspected Percent Percent Type of Structure 232 120 51.72% 188 81.03% Dry retention systems 27 12 44.44% 27 100.00% Swale systems 367 241 65.67% 321 87.47% Wet detention systems 63 48 76.19% 58 92.06% Underdrain filtration systems

  9. Questions

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