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Detroit WWTP Aeration Decks   Program Management Services for Detroit WWTP
As part of a joint venture with Sverdrup, Wade Trim is providing on-site program management at-risk assistance to one of the nation's largest, single-sited wastewater treatment facilities over a five-year period. The team is rehabilitating and upgrading the City of Detroit's 1.5 billion gallon per day plant to achieve sustained, continuous long-term regulatory permit compliance. The project work force, expected to peak at 75 people, will work directly with the plant's 800-member staff. This is the largest contract ever awarded to Wade Trim.
Hawk’s Cay Wastewater Treatment Facility   Hawk’s Cay Wastewater Treatment Facility Upgrade
The Florida Keys Aquaduct Authority is working to upgrade their Hawk’s Cay Wastewater Treatment Facility to meet Advanced Wastewater Treatment effluent limits by 2010 and provide centralized service to Hawk’s Cay, Conch Key, and Duck Key communities. Two separate treatment plants will be converted into a single treatment train and capacity will be increased by constructing another, similar treatment train adjacent to the existing one. Treatment quality, capacity, and operations will be maintained during construction using a design-bid-operate-build process that requires the contractor to prove plant operability and assume operations from 30 days prior to construction until 6 months after construction is complete.
Ocean Reef WWTP   Ocean Reef Wastewater Treatment Plant Upgrade
With minimal on-site space for expansion, the North Key Largo Utility Corporation is upgrading their Ocean Reef Wastewater Treatment Plant to membrane biological reactor technology to meet Advanced Wastewater Treatment standards. This advanced biological nutrient removal treatment process will produce a higher quality of effluent within the same approximate footprint. Existing aeration basins are being retrofitted into a four-stage Bardenpho to achieve nearly complete biological nitrogen removal and odor concerns will be addressed by covering treatment tanks.
Palm Bay Water Resources Utility Management   Palm Bay Water Resources Utility Management
The City of Palm Bay, Florida, developed a framework to meet its future wastewater and water reuse needs. Three master plans were completed for water, wastewater and reuse, and design efforts are underway to implement projects recommended including water main extensions, sanitary sewer improvements and reuse distribution systems. In addition, a Computerized Maintenance and Management System is being implemented throughout Palm Bay’s Utility Department to assist with asset management.

Collection Systems

Downriver Regional Storage and Transport System   Downriver Regional Storage and Transport System
Wade Trim led a team of consultants in design and construction engineering of a 10.5 mile tunnel, 75 mgd pump station and 8.5 miles of relief sewer for Wayne County, Michigan, and 13 communities. The tunnel will transport and store 17 million gallons of sewage to relieve basement flooding and address sanitary sewer overflows.
George W. Kuhn Drain   George W. Kuhn Retention Treatment Facility Improvements
Wade Trim was part of a team that developed improvements to the George W. Kuhn Drain RTF in Oakland County, Michigan. The existing facility was expanded and upgraded to increase its volume and provide adequate CSO treatment, according to permit requirements. Wade Trim created a three-dimensional computer animation that aided in the design and was used to show operators how the facility would function. In addition, a scaled model of the facility was built to calibrate the hydraulic computer computations to accurately predict basin performance.
Southerly District CSO Early Action Projects   Southerly District CSO Early Action Projects
Wade Trim led the design of the Southerly District CSO Early Action Projects for the Northeast Ohio Regional Sewer District. The projects provide low cost, high benefit system control and enhancements. The nine projects use real-time controls and static controls to optimize use of available collection system capacities to reduce the frequency and volume of annual CSO (300 million gallons).
Genesee County ARTP Equalization Basin   Genesee County ARTP Equalization Basin
As part of a multiphase program to increase capacity at the Anthony Ragnone Treatment Plant (ARTP) in Genesee County, Michigan, enhancements are being undertaken for the ARTP and the Brent Run and Flushing Park Pumping Stations. The work is being completed to meet the increasingly stringent NPDES permit requirements and to accommodate future flows projected by a Long-Range Facility Plan for the collection/treatment system. As part of the design team, Wade Trim is responsible for designing the wet weather treatment basin to mitigate sanitary sewer overflows, eliminate overflows at the Brent Run pump station and conform to the criteria specified in the Long-Range Facility Plan. The 3 mg treatment facility will serve as an equalization basin for the pump station wet well and as a treatment facility during wet weather events.
CSO Demonstration Basins   CSO Demonstration Basins in Wayne County, Michigan
Wade Trim prepared the project plan and led the design and construction engineering team for three CSO demonstration basins, constructed as part of the Rouge River National Wet Weather Demonstration Program. Each of the award-winning basins, ranging in size from 2 to 3.1 mg, incorporated different treatment methods that were evaluated for their effectiveness.
Vacuum Sewer Air Intake   Key Largo Wastewater Treatment District Vacuum Sewer Design
Collection system upgrades are underway in Key Largo, Florida, where a government mandate requires mitigation of the detrimental impact that wastewater is having on coral reefs and other aquatic life in area waters by July 2010. Wade Trim is designing a vacuum sewer system to serve 1,000 residents and businesses in one of the Key Largo Wastewater Treatment District’s 11 service areas. Ease of constructability through the islands’ challenging topography and coral-based lime rock composition renders this alternative collection system cost-effective and feasible.

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