Senior Living
Golf Course Design
Traffic Engineering
Traffic and Transportation
Civil Engineering
Sustainable Design
Healthcare/Medical Office
Due Diligence
Educational Facilities
Residential Development
Site Development
Equestrian Design
Retail Development
Commercial Development
Engineering Consulting
Land Planning
Simmons & White, Inc., has been given notice to proceed on a three-year contract to provide traffic signal design consulting services on a task-order basis for Palm Beach County. Our projects will encompass all services necessary to support the Traffic Signal Design Section in improving and maintaining its traffic signal system.
The SE Florida/Caribbean Chapter of the Urban Land Institute has named the City of West Palm Beach City Center and Waterfront Redevelopment their 2010 Public Project of the Year.Simmons & White, Inc. was a proud team member on the Waterfront Commons / Waterfront Redevelopment phase of the project, providing civil and transportation engineering services, as well as construction administration services.
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West Palm Beach, FL, November 3, 2011 - Simmons & White, Inc. a comprehensive civil and traffic engineering firm will provide Water Distribution, Wastewater Collection, Paving, Drainage and Grading Engineering on a continuing contract basis for the City of Wellington. The contract for Water Distribution, Wastewater Collection, Paving, Drainage and Grading Engineering was awarded to Simmons & White, Inc. on October 11, 2011, following the firm’s number one ranking in a competitive Request for Proposal Process.
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City of Port St. Lucie, Florida
Performance Period: 2008 - Current
Services:
Wastewater pump station analysis and construction plan preparation to rehabilitate and upgrade existing Port St. Lucie Utility Systems Wastewater Pump Station #SP-25
DESCRIPTION
The Port St. Lucie Utility Systems Municipal Wastewater Pump Station #SP-25 was impacted by the redevelopment of the Rivergate Publix Plaza. A study of the performance of the existing lift station was required including coordination with Port St. Lucie Utility Systems Department Staff to review, collect necessary data and model the performance of the existing lift station SP-25 under future build-out conditions. The analysis of the system involved extensive coordination with Utility Staff to determine current wastewater flows from all on-site users from offsite customers and also modeling of +/- 3200 LF of force main piping network. Modeling of existing lift station SP-25 also considered several different pipe diameters, current and anticipated build-out flows, several different tie-in pressure conditions and off-site additional flows from nearby municipal lift station SP-13. Permits were obtained from the City of Port St. Lucie Utility Systems Department to rehabilitate and upgrade the existing station in accordance with anticipated build-out flows. The project is currently being constructed.
