The Little Creek Relacimed Water Main Extension Project began construction in March 2012 and will be complete within 60 days.  The project involves extending the reclaimed water main to the Little Creek development's pre-existing reclaimed onfrastructure on the south side of Lockwood Blvd. An additional phase of the project is required to interconnect the north and

Equipment Wash and Storage Building Project

Engineering and Design Services ares currently underway for a heavy equipment and large fleet vehicles wash down facility and a 40-foot by 175-foot equipment storage building located at the Public Works complex on Evans Street.

Dial Building Renovation Project

The City has contracted with GLE Architectural Seervices to perform a pre-renovation asbestos survey for an existing 2,800 sq. ft.

Carib and Tomoka 6-inch Water Main

Carib Lane and Tomoka Drive 6-inch Watermain Upgrade Project is identifield in the City's 5 Year Capital Improvement Program.  The watermain will be upgraded from an 2-inch pipe to a 6-inch ductile iron pipe.  VHB, a Continuinig Engineering Consultant for the City has been engaged to design the project in conjunction with the Lawton Element

 Big Oaks and Twin Rivers Phase I Development

In September of 2010, the City submitted a "Safe Routes to School" Infrastructure Application to the Florida Department of Transportation (FDOT) for funding consideration of the Lawton Elementary School Sidewalk Project.  The project involves sidewalk improvements along several roadways within the vacinity of Lawton Elementary School to improve walking conditions for students att

The Engineering Department coordinates the design, permitting and construction of the City's Capital Improvement Projects which are prioritied annually by the adoption of the 5 Year Capital Improvement Progam.  Below is a list of some of the recently completed projects. 

The Wastewater Headwork's Improvement Project is currently underway at the newly acquried Wastewater Treatment Plant.  The project involves the replacement of three existing flow equalization tanks with a single new flow equalization tank and one automatic bar screen with a manual back-up screen to provide more efficient operation.  Specifically, the project provides new aeration