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<br />Relevant Experience, cunt. Mark Miller. P. E.
<br />provide for the construction of an in -line pump station with building in lieu of a conventional pump station in order to eliminate odors and
<br />reduce maintenance typically associated with conventional pump stations. Design included pumps, piping, generator, electrical, and
<br />controls. Approximate size of CBS structure is 500 square feet with architectural treatments and includes an access road.
<br />Tropical Farms Wastewater and Water Treatment Plant, Stuart, FL — Field project engineer directing and coordinating construction
<br />activities of an 58.9- million treatment facility, including on -site observation, management of other consultant team members,
<br />coordination of field issues, review of schedules, interpretation of contract documents, and direct communication regarding progress of
<br />project with owner and design engineers.
<br />Floridan Wellhead Improvements for Three Wells, Seacoast Utility Authority, Palm Beach Gardens, FL — Project Manager.
<br />As part of the planned RO plant expansion for Seacoast Utility Authority, three Floridan wellheads will be constructed. Kimley -Horn
<br />services include the design of wellhead assembly for each wellhead consisting of site plan, pumps and piping plan, mechanical,
<br />electrical, and controls for each Floridan well. Each well will be controlled via Data Flow System Radio Telemetry Units, and be
<br />eventually networked in with the RO plant SCADA system. A wellsite plan will also be prepared, consisting of piping from each well to
<br />the raw water main, grading, and access to each of the sites. Kimley -Horn will also prepare drawings and technical specifications for
<br />the Floridan wellheads.
<br />Consolidated Water, Sewer, and Reclaimed Water Systems Hydraulic Analysis, Martin County, FL — Served as project manager
<br />for providing a hydraulic model of Martin County's systems, which was used as a powerful tool in planning capital improvements
<br />for their water, sewer, and reuse systems. We created a computer model using Cybernet by Haested Methods which analyzed the
<br />hydraulic capacity of both the North and South Martin County water systems. The analysis was used to identify system improvements,
<br />which were needed within one year, five years, and twenty years.
<br />East Water Treatment Plant Expansion Stage 1, Conceptual] Preliminary Design Phase I, Boynton Beach, FL — Responsible
<br />for site plan development and process design. Kimley -Horn was recently selected by the City of Boynton Beach Utilities Department to
<br />participate in the preliminary design of a proposed conversion of the existing lime softening plant into a low- pressure reverse osmosis
<br />(LPRO) treatment facility. The construction is planned to be executed in two stages, each 10 MGD of LPRO, with an ultimate treatment
<br />capacity of 20 MGD. Completed in early 2005, Kimley- Horn's site plan and final technical memoranda defined the requirements for final
<br />design of this major facility expansion.
<br />Dixie Park Inline Sanitary Pump Station, Martin County, FL — Served as project manager responsible for the conceptual planning,
<br />capacity analysis, design, construction, and permitting of an in -line sanitary pump station at an existing wastewater treatment facility
<br />owned by Martin County Utilities. The new station will allow the County to abandon the wastewater treatment facility. The proposed
<br />booster station will handle approximately 1.5 MGD and boost pressures to pump the County's wastewater west to the Tropical Farms
<br />Wastewater Treatment Facility. The design included three 800 -GPM, 75 -hp variable frequency driven pumps, an electrical room
<br />addition, a 12 -inch influent force main and 12 -inch effluent force main to send wastewater west to Tropical Farms.
<br />North Bay Village Main Wastewater Pump Station Rehabilitation, North Bay Village, FL — Project engineer for development
<br />of design, permitting, and construction phase services for the rehabilitation of the City's main wastewater pump station. The
<br />project included analyzing the existing pumping and control equipment to evaluate present operating parameters and to develop a
<br />rehabilitation approach to increase system efficiency, reduce system maintenance, and provide a reliable, redundant pump station
<br />to better serve the City. Existing shaft driven wastewater pumps were converted to submersible pumps for use in a dry pit area and
<br />the complete control system was upgraded including a new Citywide SCADA system. The design approach required construction
<br />coordination and planning to keep the existing station in service during the rehabilitation and service upgrade process.
<br />RW I4 -011-02
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