Klondike Canyon Geologic Hazard Abatement District

Latest Well Readings

Klondike Well Readings 5_12_26

WELL OPERATIONS DASHBOARD

Week of May 12, 2026

System Status

  • Operating Wells: #5, #7
  • Temporarily Out of Service: #6 (no pumping)
  • Out of Order / Observation: #3
  • Well #4: Pump remains OFF (water level stabilized)
  • Operations: Running 24/7 (active wells)

Production Summary

  • Well #5: 57 GPM
  • Well #7: 156 GPM
  • Total System Flow: 213 GPM

Calculated Production

  • Per Minute: 213 gallons
  • Per Hour: 12,780 gallons
  • Per Day: 306,720 gallons
  • Per Week: 2,147,040 gallons

(≈ 107 pools/week based on 20,000 gallons per pool)

Current Water Levels (Depth to Water)

WellCurrent DepthBenchmarkVarianceStatus
#3 (Observation)51’~50’~0🟢 Stable
#420’~25’ baseline+5 (shallower)🟡 Monitor (pump off)
#5104’~100’~0🟢 Stable
#6126’~127’+1🟢 Stable (inactive)
#7164’~160’-4 (deeper)🟢 Optimal

Key Observations & Notes

  • Well #4 Offline Impact:
    Water level has risen slightly to 20’, which is expected with the pump off. Still within a manageable range but should be monitored if downtime continues.
  • Well #5 Condition:
    Field note indicates “no water around the casing”
    → Potential localized drawdown or intake inefficiency
    → Recommend inspection to confirm pump performance
  • Well #7 Performance:
    Continues to lead system performance at 164’ (deeper than benchmark) and is carrying the majority of production load.
  • Well #6 Opportunity:
    Remains stable while offline. Still a strong candidate for reactivation/testing to distribute load and support long-term drawdown.

Week-over-Week Trend

  • Overall System: 🟢 Stable
  • Water Levels: Consistent across all wells
  • Notable Changes:
    • #4 slightly shallower (expected with pump off)
    • #7 remains strong and effective

Board Note

The system continues to perform well with stable water levels across all active wells. With Well #4 offline, Well #7 is maintaining strong production and driving effective drawdown. A field observation at Well #5 (no water around the casing) should be reviewed to ensure optimal performance. Testing Well #6 may provide an opportunity to rebalance the system and maintain long-term efficiency.