Sunday No-Water Emergency: Well Pump Replacement, Root Removal & Water Testing
Emergency well pump repair restored water after root intrusion and iron-clogged pipes, with chlorination completed and follow-up water testing recommended.
Sunday No-Water Emergency: Diagnosis, Repairs, and Next Steps
A Sunday no-water situation prompted a service call after the customer reported a complete loss of water. When crews from Barlow Pump arrived on site, they began troubleshooting the well system and quickly identified multiple issues affecting water delivery, pump performance, and overall well condition.
The service team was able to restore water to the customer, but the inspection also revealed conditions that will require follow-up testing and potential additional treatment to ensure long-term water quality and system reliability.
Initial Findings
Upon arrival, crews inspected the well system and found very low amperage, indicating that the pump or electrical components were not operating as expected. Low amperage can be a sign of pump failure, wiring issues, clogged components, or restricted water flow within the system.
During the investigation, crews also discovered a more serious physical obstruction:
Roots were growing inside the well underneath the pitless adapter.
This type of root intrusion can interfere with pump removal, restrict water movement, and create potential contamination concerns if organic material has entered the well structure.
Root Intrusion Inside the Well
One of the major findings was the presence of roots inside the well. Roots can enter through compromised areas around the well casing, fittings, or surrounding structure, especially when moisture attracts nearby vegetation.
Crews were able to:
- Remove the pump from the well
- Extract the roots from inside the well
- Clear the well area of the obstruction
Removing the roots was an important step not only for restoring function but also for protecting the well from further damage and possible water quality issues.
Iron-Clogged Piping
In addition to the root intrusion, the Barlow Pump crew found that the piping was clogged with iron buildup. Iron accumulation is a common issue in some well systems and can restrict water flow, reduce pressure, and contribute to discoloration or staining.
Iron buildup can affect:
- Water pressure
- Pump efficiency
- Pipe longevity
- Fixtures and appliances
- Overall water clarity and taste
Because the piping was clogged, replacing affected components was necessary to restore dependable water flow.
Repairs Completed
To resolve the no-water issue, the customer moved forward with several key repairs and replacements. The work included replacing major well system components and treating the well after the intrusion and repair process.
Completed work included:
- Pump replacement
- Pipe replacement
- Wire replacement
- Well chlorination
- Removal of roots from the well
These repairs helped restore the water supply and improve the overall operation of the well system.
Well Chlorination and Water Safety
After the pump, pipe, and wire were replaced, the well was chlorinated. Chlorination is commonly performed after well repairs, especially when the well has been opened or when foreign material, such as roots, has been found inside.
Chlorination helps disinfect the well system and reduce the risk of bacterial contamination. However, it is not a substitute for proper water testing.
Further Water Testing Recommended
Because roots were found inside the well and the system required significant repairs, additional water testing will be needed. Testing will help determine whether the well water is safe and whether further treatment is necessary.
The customer will need follow-up testing to determine if a ultraviolet bacteria treatment system should be installed.
Why a UV Bacteria System May Be Needed
A UV system is designed to treat water by using ultraviolet light to inactivate bacteria and other microorganisms. If water testing shows bacterial contamination or ongoing risk, a UV system may be recommended as an added layer of protection.
A UV system may be considered if testing detects:
- Coliform bacteria
- E. coli
- Recurring bacterial contamination
- Vulnerability from well construction or intrusion issues
Current Status
The repairs were successful in restoring service.
Water is now on for the customer.
While the immediate no-water emergency has been resolved, follow-up water testing remains an important next step. Testing will confirm whether the chlorination was effective and whether additional treatment, such as a UV bacteria system, is necessary.
Conclusion
The Sunday no-water situation was caused by a combination of system problems, including low amperage, root intrusion inside the well, and iron-clogged piping. Crews were able to remove the pump, clear the roots, replace the pump, pipe, and wire, and chlorinate the well.
Most importantly, water service has been restored, thanks to the crew at Barlow Pump. The next step is to complete further water testing to confirm water quality and determine whether a UV bacteria system should be installed for continued protection.
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