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® Relevant Experience, cont. John Potts, P.E.
<br />®D -8 Emergency Stormwater Pumping Station and Collection System Piping, Palm Beach, FL — Project manager of the Kimley-
<br />Horn team that provided services for the design and construction of this 105,000 -GPM stormwater pumping station. The station used
<br />® electrical submersible pumps and the design included the expansion of an existing generator room to accommodate 750kW and
<br />® t00kW generators to operate the station as FPL power was not available at this location to power the pumps. Due to the cost of real
<br />estate in the Town, a satellite station had to be constructed beneath a roadway to house one of the three 33,833 -GPM pumps because
<br />0 the existing station did not have sufficient capacity to handle 105,000 GPM and could not be expanded. The generator room expansion
<br />® also had to be designed such that the noise emissions outside the building were no higher than 65 dB.
<br />® Town of Jupiter Emergency Flood Outfall, Jupiter, FL — Served as project manager on the Kimley -Horn team that designed an
<br />® emergency stormwater pump station to eliminate the risk of water treatment plant failure and loss of water production due to flooding
<br />0 under severe storm conditions. The complete loss of potable water to the surrounding areas would result in significant impacts for
<br />® the health, safety, and welfare of the serviced residents. The project involved the design of new culverts and pump station facilities.
<br />Kimley -Horn also coordinated the work of civil, structural, mechanical, electrical, and architectural disciplines. The stormwater pump
<br />® station uses the existing water treatment plant reverse osmosis concentrate ouff all as a secure, dedicated discharge pipe. The controls
<br />® system includes a variable frequency drive and level control so that the stormwater pump speed and ouff all levels are balanced. This
<br />® pump station includes an emergency generator to maintain station operation at all times and provisions to reduce noise from the diesel
<br />engine.
<br />ED
<br />® District Three Storm Drainage, Briny Breezes, FL — Project manager for an evaluation of the existing stormwater management
<br />facilities serving District Three of Briny Breezes. District Three experiences flooding during storm events due to a lack of stormwater
<br />® management facilities. The flooding represents a regular inconvenience and has the potential to cause property damage. Kimley-
<br />® Horn's duties include researching the existing permit requirements, evaluating the shortfalls of the existing system and recommending
<br />® improvements to minimize flooding during certain storm events and during high tidal conditions. Potential improvements include
<br />increasing the pumping capacity, adding storm inlets and piping, adding swale storage, and raising the elevation of the seawall.
<br />® Drainage and Street Improvements, Jupiter, FL — Project manager for major street paving, water, and wastewater improvements,
<br />and construction observation in residential areas. Project included several areas with unpaved roads and little or no drainage.
<br />A Detailed permitting process included wetlands issues and the need for ouffalls into Outstanding Florida Waters, as well as ownership
<br />determination for right -of -ways.
<br />® Area B Storm Drainage Improvements, Jupiter, FL — Served as project manager for design, permitting, and construction of storm
<br />® drainage improvements within a 150 -acre area of the Town of Jupiter. This project included paving of neighborhood streets and
<br />® installation of water distribution piping. The storm drainage system consisted of two separate basins, one discharging by gravity into a
<br />® salt water canal with the other, larger basin routed through a stormwater pumping station. The stormwater pumping station discharged
<br />into a retention area prior to ultimate discharge to the Loxahatchee River.
<br />® Indian River County Utilities West Transmission Force Main, In -Line Pump Station, Vero Beach, FL — Served as QC /QA
<br />reviewer for the design of an in -line pump station from an existing master pump station to divert wastewater capacity from their South
<br />® Regional Wastewater Treatment Facility to their West Regional Wastewater Treatment Facility. This approach not only addressed their
<br />® master planning efforts, but eliminated odor issues at the existing facility, allowed planned rehabilitation at the existing pump station,
<br />® and provided much more flexibility in diverting wastewater to either of their facilities. This project involved the development of a sewer
<br />rehabilitation and replacement facilities plan required as part of the application process for a State Revolving Fund (SRF) loan.
<br />Quality Assurance/Quality Control (QA/QC) Review of Pump Stations 1 and 2, St. Pete Beach, FL — Provided QA/QC review
<br />® as part of Kimley- Horn's QA/QC program, which uses the most experienced and knowledgeable staff in each technical discipline
<br />to conduct reviews of projects at least once during development of the project documents and again prior to the documents being
<br />® released for construction or use by the client. The project's construction documents prepared for removal of the existing structures and
<br />® installation of new pump station components for the City of St. Pete Beach and included reviews at 60% and final completion of the
<br />documents. Through continuous checking of each work element for completion and correctness, provided QA/QC reviews to ensure
<br />® that project documentation reflected high - quality standards and was void of errors and omissions.
<br />® RIO,< -0,� Kimley »)Horn
<br />® OY260 IA4 -0 Sur.Vl Sex "P, Services Fewres.vro: 3-10
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