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• <br /> ts <br /> ® Professional Category: <br /> c - fF^ �'. . # , )J L/.ENVIRONMEN'TAL, <br /> : a� -,Ts oe °:� rea `� ' ENGINEERING' wraNa,22 <br /> ® Consolidated Sanitary Sewer and <br /> Reclaimed Water Systems Hydraulic 7 .,"7",...-4.. <br /> ® Analysis,Martin County,FL i <br /> We conducted a hydraulic analysis of the 1\ P rillt•`th 1 <br /> ® Martin County Consolidated North and South 7e <br /> O Sewer Force Main System and reclaimed • ,-•, <br /> ® water distribution system. The analysis was k i <br /> performed by generating a computer model <br /> ® <br /> using Cybernet, a program for the design and • '�z <br /> ® analysis of pressure flow pipe distribution $� . <br /> ® and collection systems. We analyzed the 1 _j �� <br /> consolidated systems (north and south) for <br /> ® both existing and future conditions. <br /> ® Creating the computer model included collecting information on the existing system including pipe layout and <br /> O sizes, location and normal position of system valves, lift station wet well capacities, lift station pump curves, <br /> ® and reclaimed water transfer pumps. We evaluated the capacities of 115 lift stations based on pump curves <br /> ® and piping configuration. We also evaluated average pump run times based on the county's telemetry system. <br /> 9 We performed field tests to correlate the computer model to actual operating conditions. We then calibrated <br /> ® the model according to the field test results. The purpose of the model was two-fold. The first was to <br /> determine an equalization of flows in the South system to two different wastewater treatment plants. The ability <br /> ® to convey additional flows to the Tropical Farms Wastewater Treatment Plant helped remove the limitations <br /> ® placed on plant capacity. Force main and lift station improvements were recommended to allow additional <br /> ® flow to the Tropical Farms Wastewater Treatment Plant. The second purpose was to use the model as a <br /> tool in establishing capital budgets for improvements to the north and south systems. These improvements <br /> ® included items for more efficient system operation as well as planning for future growth and demands. Future <br /> 0 conditions were determined based on projected population growth and land uses over the next 20 years. <br /> O Schedule of Proposed Services <br /> ® The preparation of a detailed project schedule taking all anticipated tasks into account serves as a critical <br /> ® component to meet the City's deadlines. Kimley-Horn's extensive civil/environmental engineering related <br /> experience throughout Florida allows us to make certain we fully comprehend the required tasks that must be <br /> O completed and timeframes associated with them. <br /> ® When required, our team can accelerate work to meet a change in project schedule; this process is used <br /> O frequently when workloads require extra personnel. It allows our team to be flexible and be able to react to all <br /> ® types of scheduling changes. Kimley-Horn is confident in its ability to monitor project schedules to meet the <br /> ® City of Sunny Isles Beach's expectations, and we are prepared to commit the necessary resources to ensure <br /> that your projects stay on schedule and within budget. <br /> 0 <br /> 0 Kimley-Horn's sample project schedule for RFQ 12-04-02 for Professional Category: Civil/ <br /> Environmental Engineering is provided in Section 4 Approach/Methodology. <br /> 0 <br /> ® RFC No.12-04-02 ^ Kimley-Horn <br /> 0Y260315.12o Sunny Isles Civil Entironmen;al Eng.intltl a I , and Associates,Inc. <br /> ® 2-24 <br />