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W A I R h N h B L Y I. I F F <br />RIVERSIDE PUBLIC UTILITIES <br />Board Memorandum <br />PUBLIC UTILITIES <br />BOARD OF PUBLIC UTILITIES DATE: APRIL 24, 2017 <br />ITEM NO: 7 <br />SUBJECT: PROFESSIONAL CONSULTANT SERVICES AGREEMENT WITH KENNEDY/JENKS <br />CONSULTANTS OF IRVINE, CALIFORNIA, FOR DEVELOPMENT OF A WATER <br />SYSTEM HYDRAULIC MODEL FROM REQUEST FOR PROPOSAL NO. DSM0002 — IN <br />THE AMOUNT OF $200,810 <br />ISSUES: <br />Approve the Professional Consultant Services Agreement with Kennedy/Jenks Consultants of Irvine, <br />California, for the Development of a Water System Hydraulic Model for Riverside Public Utilities in the <br />amount of $200,810. <br />RECOMMENDATIONS: <br />That the Board of Public Utilities: <br />1 Approve the Professional Consultant Services Agreement with Kennedy/Jenks Consultants of <br />Irvine, California, for the Development of a Water System Hydraulic Model for Riverside Public <br />Utilities in the amount of $200,810; and <br />2 Authorize the City Manager or his designee to execute the Professional Consultant Services <br />Agreement with Kennedy/Jenks Consultants of Irvine, California. <br />BACKGROUND: <br />Riverside Public Utilities (RPU) owns and operates a complex water system that contains approximately <br />920 miles of pipeline, 40 booster stations, 54 potable wells, and 16 reservoirs. Key operational and <br />infrastructure planning decisions require utilization of a robust and well -calibrated computerized hydraulic <br />model that correctly simulates RPU's water system. <br />RPU's original hydraulic model was built in 2004 as part of the 2005 Water System Master Plan. In 2009, <br />RPU staff updated the hydraulic model with new facilities and recalibrated the hydraulic model for 2009 <br />demand conditions. The California drought and State's conservation mandates have changed the <br />demand conditions significantly from 2009. Staff is unable to rely on the current hydraulic model for <br />operational and infrastructure planning due to deviations between the hydraulic model results and the <br />field data. Updating the current model will not be cost effective as the underlying Geographic Information <br />System's data and technology have changed substantially. Building a new hydraulic model is a more <br />prudent option. On December 18, 2016, RPU issued a request for proposal (RFP) No. DSM0002 and <br />received six proposals before the deadline of submission on January 12, 2017. <br />Staff evaluated and shortlisted three consultants for interviews following the selection criteria outlined in <br />the RFP. Kennedy/Jenks Consultants were selected as the most qualified team to perform the work <br />based on their qualifications, experience, project approach, and ability to meet the project timeline at a <br />fair and reasonable cost. <br />