---

WELL OPERATIONS DASHBOARD

Biweekly Report — September 1, 2026

System Status

Operating Wells: #7
Out of Service / Scheduled Maintenance: #5
Inactive / Pending Operational Test: #6
Pump Off: #4
Observation Well: #3
Operations: Well #7 is currently providing all active system production.

Production Summary

Well	Current GPM	Status
Well #4	0 GPM	Pump off
Well #5	0 GPM	Suspected clog; pump scheduled to be pulled
Well #6	0 GPM	Inactive; preparing for operational test
Well #7	151 GPM	Operating at 47 Hz
Total System Flow	151 GPM	Active production

Calculated Production

Per Minute: 151 gallons
Per Hour: 9,060 gallons
Per Day: 217,440 gallons
Per Week: 1,522,080 gallons

Current Water Levels — Depth to Water

Well	September 1	August 18	Change	Status
#3 Observation	51′	52′	1′ shallower	Stable
#4	25′	25′	No change	Pump off
#5	104′	105′	1′ shallower	Pump clogged; maintenance planned
#6	120′	123′	3′ shallower	Water level improving for testing
#7	145′	140′	5′ deeper	Increased pumping rate

Well #7 Drive-Speed Adjustment

The pump specialist increased the drive speed on Well #7 from 43 Hz to 47 Hz. As expected, this increased production from 115 GPM to 151 GPM, an increase of 36 GPM. The increased pumping rate also lowered the water level, with the depth to water moving from 140 feet to 145 feet.

The drive speed had previously been reduced to allow water levels in the area of the three deep wells—#5, #6, and #7—to rise. However, the specialist became concerned that operating Well #7 at too low a drive speed could place unnecessary stress on the motor. The speed was therefore increased to a safer operating level.

Deep-Well Evaluation

The pump specialist continues to monitor the aquifer in the area of Wells #5, #6, and #7. The temporary operational adjustments are intended to provide sufficient water levels to evaluate and restart wells that have been inactive or underperforming.

Well #5 appears to be clogged, which explains its declining production and current lack of output. The plan is to pull the pump, address the obstruction, and return the well to service.

Well #6 has been inactive for nearly a year because the water level was too close to the pump. Its pump is set at a depth of 154 feet. The water level has now risen from 128 feet to 120 feet, providing approximately 34 feet of separation between the water level and the pump. The improved level should allow the specialist to start and test Well #6 to confirm that it is operational before the rainy season.

Near-Term Operating Plan

Over the next one to two weeks, the priorities are to:

1. Pull and service the pump in Well #5 and return the well to operation.
2. Start and test Well #6 to confirm that it is fully operational.
3. Continue monitoring water levels and production across Wells #5, #6, and #7.
4. Obtain recommendations from the pump specialist regarding which wells should operate and the appropriate drive speeds for each.

Once Wells #5 and #6 have been evaluated, the specialist will provide a recommended operating plan. That plan will remain in effect until aquifer conditions change, particularly following significant rainfall.

Operational Perspective

The long-term purpose of the well system is to keep groundwater levels low. The recent effort to allow water levels to rise is a temporary operational measure intended to create sufficient water around the pumps to test and restart wells that have not been needed during the extended period of low groundwater conditions.

Monitoring will continue weekly, with reports issued biweekly unless operating conditions change.