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PROPOSAL ON-CALL ENGINEERING SERVICES <br />RFP NO.: 17.083 <br />City of Santa Ana <br />Bus Stops <br />it is assumed that the bus line along Mile One Street will remain active, The'bicycle buffer prohibits the buses <br />to pull Into the curb closest to the sidewalk, therefore a bus platform Is necessary adjacent to the outside <br />(lane #9) travel lane, Mark Thomas will provide a few proven designs for bus stop design along corridors with <br />Class IV bike lanes for consideration and will provide a recommendation on a case-byoase scenario, <br />Storm Drain Upgrades <br />Storm drain Improvements within this portion of Mile One Street will be per the City's Master Drainage Plan, <br />Mark Thomas will conduct a hydrology analysis to verify the location and sues of the proposed Inlets and <br />hydraulic analysis and modeling to confirm the Master Plan's recommendations for main line improvements; <br />Water ttuality Management <br />Mark Thomas will prepare a Water Quality Management Plan (WQMP) with specific BMPs to satisfy the <br />EIR requirements and the Clty"s Low Impact Development <br />requirements. Similar to those Installed at other parkway <br />locations for similar projects, a low maintenance and easily <br />implemented bioretention system, such as Filterra, could <br />belnstailed. The unit cost of these systems Includes the <br />requirements desired by the City of BMPs. <br />Utilities Coordination <br />Mark Thomas' approach to the utility coordination task will <br />include the typical "ABC" process from Caltrans, where <br />major and minor risk items are identified. We will take a <br />second step which is to be located those conflicting utilities <br />to a satisfactory level of confidence using a combination of Flltsrra(D Slorstantfon System <br />potholing and other 100at ng strategies that may be more <br />cost efficient. This additional effort will reduce risks during construction and provide both the City and Mark <br />Thomas the information necessary to make informed decision during the design phase, <br />