Title: Project Information Summary of Texas Water Development Board State Energy Conservation Office Projec
1Project Information Summary ofTexas Water
Development Board -State Energy Conservation
Office - ProjectsEl Paso County Water
Improvement District No. 1 Hudspeth County
Conservation Reclamation District No. 1 Delta
Lake Irrigation DistrictHidalgo and Cameron
Counties Irrigation District No. 9Hidalgo County
Irrigation District No. 6Maverick County Water
Control Improvement District No. 1
7 July 2003
2EPCWID1 El Paso HCCRD1 Ft. Hancock or
Hudspeth LFIDCC3 La Feria DLID Delta Lake
HCCID9 9 or Mercedes HCID6 Mission MCWCID Ea
gle Pass BECC/NADB Projects ID Irrigation
District - Chapter 58 WID Water Improvement
District - Chapter 55 WCID Water Control and
Improvement District - 51
3El Paso County Water Improvement District No. 1
(EPCWID No.1)
- Canal, Structure, Pond and Pumping Improvement
Project - The District is proposing improvements to the
existing irrigation water transmission and
distribution system in order to reduce water
losses to seepage and evaporation and to provide
a more efficient overall system operation. - The projects proposed by the District include
- Concrete lining of three canal segments (Upper,
Middle and Lower), construction of the Partidor
and Wasteway No. 1 Check Structures to allow more
concise and efficient management of water within
the primary canal system - Construction of a 3,000 acre-foot Socorro Pond to
allow for the short term storage of water for
equalization and peak shaving purposes and - Construction of a pump station to allow transfer
of water from the Partidor Check Structure to the
proposed Socorro Pond and gravity return flow to
the Riverside Canal below the Wasteway No. 1
Check Structure.
4EPCWID No.1 Project Location
5Hudspeth County Conservation Reclamation District
No. 1 (HCCRD No. 1)
- Water Conservation Improvement Project
- The District is proposing two conservation
projects. - The first project consists of the construction of
Alamo Arroyo Pumping Plant. The purpose of the
pumping plant is to lift poor quality water from
an agricultural drain into the Hudspeth Main
Canal. Flow in the main canal includes higher
quality water spilled by upstream irrigation
districts. The pumping plant will salvage
approximately 4,000 acre-feet of water annually. - The second proposed project consists of
reconstruction of a 1,000 acre-foot middle
regulating reservoir, construction of inlet and
outlet works for the reservoir, remote controlled
gates on the inlet and outlet structure, and
concrete lining of the portions of the Hudspeth
Main Canal upstream and downstream of the middle
regulating reservoir. The current middle
regulating reservoir has accumulated silt and can
only store water to a depth of approximately 3 to
4 feet. The proposed project will remove the silt
from the reservoir, rebuilt the reservoir
embankments, and construct a new inlet and outlet
structures.
6HCCRD No. 1 Project Location
7Detailed Project Areas
8Delta Lake Irrigation District (DLID)
- Water Conservation Improvement
Project - The District is proposing a Project that will be
comprised of four separate components - The first component, the Reservoir Renovation
Project, consists of constructing seven diversion
structures from a proposed by-pass canal along
the eastern edge of the western reservoir of
Delta Lake. - The second component, the Seepage Recovery Pilot
Project, will consist of a feasibility study into
the possibility of collecting water that seeps
from the Main Canal and pumping it back into the
system. - The third component, the Telemetry and Flow
Measurements Sites Project, includes the
installation of flow measurement devices at 20
water diversion points to monitor deliveries and
send this information, by telemetry, to the
District headquarters. - The fourth component, the Canal Rehabilitation
Project, will replace approximately 17,800 linear
feet of open channel laterals with new gasket
joint PVC or RCP pipe.
9Lower Rio Grande Water Districts
DLID
10DLID Project Location
11Hidalgo and Cameron Counties Irrigation District
No. 9 (HCCID No. 9)
K Lateral Gate Replacement and Improvement
Project
- The purpose of this project is to help the
district turn the water flow and level control of
the main canal into an opportunity for greater
efficiency by automating the K Lateral gates. - By using sensors at each of the gate check
locations and spill points to detect water level,
and providing remote telemetry control and
automation of the gates to meter water based on
demand, the district expects to reduce excess
spillage into the drains at the end of the
lateral - The District is proposing an upgrade of the
current K and K-10 canal gates and adding
automation and remote telemetry reporting and
control of the Laterals gates. - The project will replace the four manual vertical
sluice gates on the K Lateral and the two
vertical gates on the K-10 branch. - Additionally, two sensor stations will be added
to the end of each lateral to determine water
level at the Weir spill points, which will be
used as feedback to the automated gate to reduce
flow and reduce spillage into the agricultural
drains.
12HCCID No. 9 Location
HCCID9
13HCCID No. 9 Project Location
14HCCID No. 9 Typical Automation and Telemetry Units
15Hidalgo County Irrigation District No. 6 (HCID
No. 6)
Water Conservation Improvement Project
- The District is proposing a canal rehabilitation
project that consist of - Lining 10.2 miles of the Mission Main Canal
between Lift Station No. 2 and Lift Station No.
4. - Renovation of the existing slide gate structures
on the main canal with radial gate bays and
remote reporting of the gate settings and water
levels in the canal via telemetry units at each
of the renovated sites. - Feasibility Design of Northern Regulating
Reservoir - Feasibility Design of Backup Pump for Main
Pumping Plant
16HCID No. 6 Location
HCID No. 6
17HCID6 Project Location
18Maverick County Water Control and Improvement
District No. 1 (MCWCID No. 1)
Water Conservation Improvement Project
The District is proposing a canal rehabilitation
project that consist of Installation of an
impermeable lining on 9.3 miles of lateral
canals Replacement of 18 lateral turnout
gates Rehabilitation of 12 check gates on the
Extension Canal Installation of 10 saddle type
flow meters Feasibility Design of 3.0 miles of
lining of main canal Remote Telemetry
Syste Automatic Gate Check System
19MCWCID Project Location