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<br />2.0 Proiects in the Last 5 Years
<br />
<br />Palm Coast Wastewater Treatment Facilit
<br />
<br />Palm Coast, Florida
<br />
<br />City of Palm Coast WWTF is a 4.00 MGD facility. The City acquired this facility in October of 2003 from Florida Water Services, Inc. The
<br />facility basically consists of a headwork structure for preliminary treatment by removing the screening and grit materials from the wastewater,
<br />two 2.00 MGD oxidation ditches for biological treatment of wastewater, four 65 foot 0 circular clarifiers for separation of suspended solids
<br />from the mixed liquor from the oxidation ditches, two chlorine contact chambers for disinfection of the clarified effluent, and an effluent
<br />transfer pump station. The facility currently sends the effluent to the Dunes Community Development District and the Grand Haven
<br />Community District for reuse through irrigation of golf courses, residential and common areas. Both communities provide additional treatment
<br />to the Palm Coast effluent to meet the FDEP public access irrigation standards prior to reuse.
<br />
<br />The facility is presently operating at approximately 90% of its permitted capacity. In addition to expanding the plant capacity from 4.00 to 6.83
<br />MGD, the City has decided to also upgrade the treatment from secondary to advanced secondary standard to meet the FDEP public access
<br />irrigation requirements. This will allow the City to send reclaimed water to additional reuse sites. CPH is currently providing the engineering
<br />services for the design and permitting of this expansion and upgrade. CPH is also providing engineering services to the City related to the
<br />sludge management facility, reuse facilities and improvements to the sewer collection systems. CPH is also assisting the City in the
<br />application of SRF funds for construction of all the above mentioned improvements including the wastewater treatment facility expansion and
<br />upgrade.
<br />
<br />Manala an Reverse Osmosis Water Treatment Plant Oesi n/Build
<br />
<br />CPH Engineers is the engineer of record for this design/build project, which is being partnered with Wharton,Smith, Inc. The project consist
<br />of the professional design and construction services for a 2.2 MGD Reverse Osmosis Water Treatment System, The raw water source is
<br />provided by two existing Floridian Aquifer wells containing a high chloride content (Brackish Water). The project entails equipping the
<br />existing wells with all required pumps, piping, valves, and controls required to transmit the raw water to the new Reverse Osmosis Treatment
<br />Facility. In addition to the two Floridian Aquifer wells a by'pass line is also being designed and constructed to provide blending water. The
<br />Reverse Osmosis Treatment Facility consists of a masonry and concrete enclosing structure providing separate areas for the mechanical
<br />equipment and electrical controls, and a covered exterior chemical containment area. The Reverse Osmosis System consists of two high
<br />pressure filtering R.O. Trains complete with a pre,filter system, high service vertical turbine pumps, interconnecting piping, valves, controls,
<br />chemical supply and feed systems, and a clean in place system. The treated water (permeate) is discharged from the building into a new
<br />odor control system where it can be blended with potable well water (via the by'pass line) at the influent point of the degasification tower.
<br />The permeate is then PH adjusted and discharged into the existing water plant clearwell for distribution. The entire process is monitored and
<br />adjusted through the use of a Programmable Logic Controller.
<br />
<br />Manala an, Florida
<br />
<br />S.R. 50 Utilit Relocation Pro'ect
<br />
<br />Oran e Count , Florida
<br />
<br />This project provides improvements to over 13 miles of the water distribution system and wastewater collection and transmission system
<br />within the S.R. 50 Corridor, one of the busiest roads in Central Florida - which is being expanded from 4-lanes to 6,lanes. The utility
<br />improvements include building new facilities as well as the removal of facilities in conflict with the FOOT roadway design. The utility
<br />improvements will be constructed as part of the construction of the FDOT S.R. 50 projects under a Joint Agreement between Orange County
<br />and FDOT. The construction documents meet FDOT plan preparation standards, FDOT roadway design schedule and are coordinated with
<br />the FDOT road design and other utilities.
<br />
<br />The project includes the installation of approximately 5.5 miles of 8,12,16,20 and 24,inch diameter water main and 7.7 miles of 4,8,12,16,
<br />20 and 30,inch diameter force main along S.R. 50 from west S.R. 436 to Old Cheney Road (the Project). Connection of existing services
<br />and lateral mains will be required while maintaining service to all existing utility customers.
<br />
<br />CPH provided construction drawings and technical specifications for the relocated water mains, force mains, gravity collection system, and a
<br />new master pump station, which is divided into two wet wells (three pumps each side) to allow for cleaning and maintenance and maintaining
<br />operation. Initially four pumps are provided with space for two future pumps as the demand grows in the area. Gases from the wet well are
<br />collected and treated for odor control by a biofiltration system. All electrical and control systems were installed, including: motor control
<br />centers, service entrance, variable speed drives, main switch gear and new generator. The pumps provide a pumping capacity presently of
<br />5000 gpm and a future capacity of 7500 gpm. Discharge piping and by-pass capabilities are designed as a part of the overall piping.
<br />
<br />Engineers . Surveyors . Architects . Planners . Landscape Architects . Environmental Scientists . Construction Management . DesigqlBuild Quality & Innovation I
<br />For Design & Construction
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