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POTABLE WATER PROJECT EXPERIENCE
DE has accomplished over 150 significant
potable water projects that include both
ground water wells and surface water impoundment
sources, storage, treatment and transmission
and distribution systems.
DE has provided technical and engineering
services covering feasibility and cost studies,
acquisition and appraisal documentation,
rate studies, financing studies, engineering
reports, complete hydraulic modeling including
interaction between water sources, pumping
plants, transmission mains and storage facilities,
construction plans and specifications, bidding
and award, construction management and supervision,
start-up and operation.
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Representative examples of potable water
projects accomplished by DE are listed below:
Tensas Parish-Wide Water Association
Denmon Engineering designed and developed
a potable water source for the entire Parish
(County) area by utilizing surface waters
from local Lake Bruin. Facilities include
a 2.2mgd lake intake structure, row water
transmission line and water treatment plant.
Also included are distribution lines, ground
and elevated storage, and booster stations
totaling approximately 75 miles of pipe which
serves approximately 2,000 customers.
Total Project Cost: $6 million plus.
City of Tallulah
Denmon Engineering conducted a comprehensive
study, appraisal, computer hydraulic modeling
and construction plans to acquire from private
owners and upgrade the existing water system
serving 3,000 customers.
Total Project Cost: $10,700,000.
Walnut Bayou Water Association
Denmon Engineering developed conceptual and
feasibility studies to expand and enlarge
the existing water system and to improve
its quality of supply through expanding into
an adjacent Parish (County) to an area of
high quality ground water. DEC developed
a field of deep water wells plus transmission
lines including over 120,000lf of 12"
plus over 40,000lf of 8" pipes with
elevated ground storage and booster plants
to serve approximately 2,200 customers.
Project cost exceeded $5,000,000.
Town of Oak Grove
Denmon Engineering developed a new deep well
production field, 1.5mgd treatment plant
and upgraded the distribution system for
fire flows including over 45,000lf 12"
through 6" mains.
Total Project Cost: $3 million.
Southwest Ouachita Water Association
Denmon Engineering developed a water treatment
program to provide individual ozone treatment
facilities for each water well in a production
field of five remote water wells, including
initial pilot studies.
Total Project Cost: $500,000.
River Road Water Works
Denmon Engineering developed a regional water
system including two (2) separate well fields
with five (5) deep wells, water treatment
plant, two (2) elevated storage tanks and
approximately 125 miles of transmission or
distribution mains.
Total Project Cost: $3 million.
Archibald Water System
Denmon Engineering developed a comprehensive
regional water system including three (3)
deep production wells, three (3) elevated
storage tanks along with 250 miles of distribution
mains
Total Project Cost: $2.67 million.
Bayou DeChene Reservoir District
Denmon Engineering conducted a feasibility
and conceptual study to develop a 2.5 mgd
surface water treatment plant plus distribution
facilities including elevated storage, over
40,000lf 18" and 30,000lf 12" transmission
line to serve adjacent existing water systems.
Total Project Cost: $6 million.
Castor Creek Reservoir
The Denmon Team was recently selected to
provide all planning, engineering, environmental
and surveying services required to develop
a major reservoir project located in Central
Louisiana to be known as the "Castor
Creek Reservoir." This will be a principal
reservoir project estimated to have approximately
34,000 acres of surface at pool stage with
an average depth of 12 feet and a maximum
depth of 60 feet. It is planned that the
reservoir will be used to provide drinking
water for a large area in Central Louisiana
and provide significant fishing and other
recreational opportunities.
Poverty Point Reservoir
Denmon Engineering conducted a feasibility
study of a regional surface water treatment
plant. The feasibility and conceptual study
to provide a surface water treatment plant
to treat and provide potable water to as
many as 15 water systems serving the surrounding
area.
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