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Murraysmith Inc. 4/12/2021
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Murraysmith Inc. 4/12/2021
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Last modified
5/6/2021 2:37:24 PM
Creation date
5/6/2021 2:36:07 PM
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Contracts
Contractor's Name
Murraysmith Inc.
Approval Date
4/12/2021
Council Approval Date
4/7/2021
End Date
12/31/2024
Department
Public Works
Department Project Manager
Amie Roshak
Subject / Project Title
2023 Comprehensive Sewer Plan
Public Works WO Number
3753
Tracking Number
0002889
Total Compensation
$1,495,314.00
Contract Type
Agreement
Contract Subtype
Professional Services
Retention Period
6 Years Then Destroy
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i ._ ENVIRONMENTAL ADS <br /> .. SERVICES® <br /> APPENDIX C <br /> SLiiCER®Advanced III Analysis Software <br /> ADS' all new SLiiCERTM is an advanced, analytical application used with the ADS PRISM. It enables <br /> large-volume data analysis for expert management and assessment of I/I vulnerabilities revealing <br /> the best solutions for CIP. SLiiCER capabilities include: <br /> • (I/I) Studies are created and saved using the SLiiCER Dashboard. <br /> • Basin Properties Defined. Specify upstream and downstream relationships between flow <br /> monitors, as well as related basin properties to calculated net I/I results and normalize them with <br /> respect to basin size and rainfall amounts. Complexity made simple. <br /> • Characterize Rainfall Events. Use graphical and tabular views to explore rainfall events and <br /> compare them to rainfall Depth-Duration-Frequency (DDF) data for evaluating observed rainfall <br /> events in a historical context. Rainfall events are automatically identified, and properties of <br /> interest calculated. <br /> • Understand Dry Weather Flow Conditions. Automatically calculate dry weather sewer flow <br /> parameters of interest, including both gross and net parameters,for multiple day of the week <br /> groups, such as Weekdays and Weekends, and visualize them through a variety of graphical <br /> displays, including Dry Day Hydrographs. <br /> • Understand Wet Weather Flow Conditions. SLiiCER automatically calculates wet weather sewer <br /> flow parameters including gross and net parameters, associated with all rainfall events. Storm <br /> Event Hydrographs and Q-vs-i are visualized through graphical displays. <br /> • Applying Engineering Judgement. Data visualization allows users to see results along the way. <br /> Interactive features enable application of assumptions and parameters that the engineer believes <br /> are needed and calculations are updated and displayed. <br /> • Access Results Easily. Microsoft • <br /> Power BI is used to display / �PR,s►+ <br /> study results in graphical <br /> formats that can be filtered in _. <br /> various ways to further <br /> evaluate data or extract the <br /> desired graph for comparing <br /> RDII results across basins, !E I <br /> viewing hydrograph and <br /> scattergraph data, etc. Graphs <br /> and data are exportable for use <br /> in other applications. <br /> For more details please go to: https://www.adsenv.com/sliicer/ <br /> ADS,LLC <br /> 340 The Bridge Street• Suite 204 •Huntsville,Alabama <br /> All Rights Reserved <br />
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