The document proposes an overall process for an evaporation reduction project at an existing water cooling system. It involves drilling 25 wells around and under the lake to access deeper aquifers and accelerate seepage from the lake into the surrounding aquifers for storage. The construction plan has four phases: 1) gain approvals, 2) drill 12 wells sequentially around the lake and dam, 3) plan 13 additional wells based on results, and 4) adjust the cooling system design based on well results.

1. PROPOSED OVERALL PROCESS SCHEMATIC

2. Existing Water Cooling System
Graphic provided by D. Hall

3. Water Cooling Diagram
Graphic provided by D. Hall

4. Evaporation Reduction Projection
50,000,000+ GALLONS

5. Underground Temperature DifferentialUnderground Temperature Differential

6. Lake Area Wells Reported to Texas Water Development Board
It appears there is significant seepage
from Lytle into aquifers surrounding &
below lake. Seepage of water above a
set level can be accelerated for storage.
Also, appears aquifers extend deeper
than any of the wells reported thus far.

7. Proposed towers / tanks / waterfalls
seen from Northwest Shore
OVERLAY RENDERING OF PROPOSED EQUIPMENT

8. CONSTRUCTION PLAN PHASES
1. Gain approval for cooling system structure, appearance
& location areas from all stakeholders including: Board,
Residents & City; simultaneously conduct underground
surveys of planned areas; then plan drilling schedule.
2. Drill, cement, & cap wells sequentially – 25 total - depth
determined based on water depth, formations, flow,
qualities & previous well results tentatively as follows:
• Center of dam (1)
• Ends of dam (2 &3)
• 9 additional locations around lake (4-12)
3. Plan additional 13 wells based on results of first 12.
4. Adjust cooling system design based on well results.
1
3
2 4
6
7
10
11
12
*Dry
Well
5
8
9