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Utilities
- Featured Projects
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Holden Heights Master Paving &
Stormwater Plan
Orange County, Florida
WBQ Design &
Engineering, Inc. provided Orange County Public
Utilities with a master paving and stormwater
management plan for 320 acres in Southwest Orange
County. Included in the objective was to replace
existing on-site wastewater disposal systems (septic
tanks) with central wastewater collection facilities
in an effort to mitigate bacterial and nutrient
loading to Clear Lake, as well as alleviate public
health hazards associated with failed drain fields.
The storm drainage provided conveyance of runoff from
new paved streets and alleviate localized drainage
problems and water quality impacts to Clear Lake.
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Dowden Road and North Lake Parkway
Utility Systems Extension Project
City of Orlando
WBQ Design and
Engineering, Inc. was commissioned by the City of
Orlando for the coordination and design of utility
system up-grade along Dowden Road and North Lake
Parkway in southeast Orange County. The Dowden Road
utility extensions were upgraded to serve future
developments east of Narcoossee Road to the Orlando
International Airport property. The utility
improvements on North Lake Parkway were completed to
provide services to the northern portions of the Lake
Nona Development.
The project scope included the planning and design of
utility corridors within the right-of-way for water
supply and wastewater collection/transmission systems,
reclaimed water, underground ducts for electrical
distribution and telecommunications, and a natural gas
pipe line. One challenging element of the North Lake
Parkway segment was designing utility crossing over a
stormwater box culvert system that acted as a faux
bridge between two ornamental wet retention ponds.
Utility coordination efforts were conducted with the
various utility providers for the design new utility
service extensions in the dedicated utility corridors.
Permitting for construction of the utility service
systems were completed as part of the project design.
The permitting agencies included the City of Orlando
and the Florida Department of Environmental
Protection.
Narcoossee
Road Utility Systems Extension Project
City of Orlando
WBQ
Design and Engineering, Inc. was the prime consultant
to the City of Orlando for the Narcoossee Road utility
systems extension project. The scope of work was to
perform utility coordination with various utility
providers for the design of utility system upgrades to
serve future developments along the Narcoossee Road
corridor from just north of the Beachline Expressway
(SR 528) to a point approximately ¼ mile south of SR
417, and prepare final construction documents for the
4.6 mile extension project.
The major element of the project was the planning and
design of utility corridors within the right-of-way
for water supply and wastewater
collection/transmission systems, a reclaimed water
supply main, underground duct systems for electrical
distribution, and a natural gas pipe line extension.
Also included was the design of a multi-duct utility
duct bank to consolidate the space utilized within the
available right-of-way for three telecommunication
providers, cable television and the City’s Intelligent
Transportation System.
Utility coordination efforts were conducted with the
utility providers for the relocation and/or adjustment
of existing utility systems to accommodate
construction within the project limits and for the
design new utility service extensions in the dedicated
utility corridors. Permitting for construction of the
utility service systems were completed as part of the
project design. The permitting agencies included the
City of Orlando, the Florida Department of
Environmental Protection, the Orlando-Orange County
Expressway Authority and the Florida Department of
Transportation.
Bonnie Brook Subdivision
Wastewater Collection System
and Stormwater Improvements
WBQ
Design & Engineering provided civil engineering
services for a 50-acre subdivision in Orange County. A
stormwater management plan that included a flood
routing model was designed to determine if flooding
within the subdivision could be alleviated. The
subdivision was surrounded on three sides by canals
which staged higher than existing ground elevations
within the subdivision.
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