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6.1.A. - Page 1 <br /> RE PO RT <br /> To the Honorable Mayor and City Council <br /> From the Cit Mana er <br /> January 28, 2013 <br /> SUBJECT <br /> Professional Services Agreement with Carollo Engineers for the design of the Bair <br /> Island Storm Pump Station Project. <br /> RECOMMENDATION <br /> Approve the standard form agreement for design services with Carollo for the design of <br /> the Bair Island Storm Pump Station Project for $218,874.00. <br /> BACKGROUND <br /> The city systematically replaces aging storm infrastructure to ensure the continued <br /> reliability of the system. The existing Bair Island Storm Pump Station was constructed <br /> circa 1974 as part of the Bair Island Road Improvements Project. Coupled with the <br /> increased development pressure within this Inner Harbor area, the reliability of this <br /> pump station is becoming more and more important. The pump station consists of two <br /> (2) vertical shaft mixed-flow 40 horsepower pumps, a manual trash rack and 24" <br /> diameter discharge force main. The pump station receives flow from the storm <br /> collection system along Bair Island Road and pumps it into Redwood Creek. <br /> The pump station is also being relocated in advance of the future vehicular bridge <br /> extending from Blomquist Street to Bair Island Road. It is anticipated that the existing <br /> pump station is in conflict with the future bridge abutments thus requiring the need to <br /> relocate the pump station. <br /> ANALYSIS <br /> Staff issued request for proposals (RFP) to six qualified professional engineering design <br /> firms; Carollo Engineers, Inc., Kennedy/Jenks Consultants, West Yost Associates, <br /> Schaff & Wheeler, RMC Water and Environment, and HDR. <br /> The city received three proposals that were evaluated by staff based on the criteria <br /> below: <br /> •Understanding of project scope & schedule <br /> •Prior experience on similar projects <br /> •Project management abilities <br /> •Experience of project team members <br /> •Proposed level of effort <br />