Raleigh, NC Fire Hydrant Replacement, Repair & Services

Fire Hydrant Maintenance: Arrived on-site to perform hydrant flow testing due to reported low pressure. Conducted controlled flow tests, measured static and residual pressure, inspected internal components for obstruction, lubricated moving parts, and confirmed the hydrant met required flow and pressure standards.

Fire Hydrant Repair: Dispatched to address a hydrant leaking at the main valve when closed. Disassembled the hydrant down to the valve assembly, identified a worn valve seat and damaged sealing surfaces, installed new valve components, reassembled the unit, and tested under full pressure to ensure complete shutoff.

Backflow Testing and Repair: Arrived on-site to conduct annual backflow testing on a fire protection system. Testing indicated failure of one internal check valve. Disassembled the device, replaced worn springs and seals, flushed the assembly, retested to confirm passing results, and documented compliance for regulatory records.

Fire Hydrant Repair: Dispatched to repair a hydrant that was not draining after shutdown, creating freeze risk. Disassembled the lower barrel and drain assembly, removed debris and sediment, replaced worn drain components, reassembled the hydrant, and tested drainage to confirm proper water evacuation.

Fire Hydrant Repair: Arrived to repair a fire hydrant with a broken nozzle cap caused by vehicle impact. Removed damaged components, inspected nozzle threads for deformation, installed a new nozzle cap with gasket and safety chain, and tested the hydrant to ensure proper sealing and operational integrity.

Fire Hydrant Maintenance: Dispatched to perform scheduled annual maintenance on a municipal fire hydrant. Removed all nozzle caps, inspected threads and chains, checked the operating nut, and lubricated internal components. Verified full valve travel, confirmed proper drainage after shutdown, and conducted a flow test to ensure hydrant readiness and compliance with fire protection standards.

Fire Hydrant Repair: Arrived on-site to investigate a fire hydrant leaking from the barrel during active use. Isolated the hydrant, fully disassembled the upper barrel, and inspected internal seals, gaskets, and stem assembly. Identified deteriorated barrel gaskets causing leakage under pressure. Replaced all worn sealing components, reassembled the hydrant, restored water service, and performed operational and pressure testing to confirm leak-free performance.

Fire Hydrant Repair: Arrived after reports of excessive movement at the hydrant top. Inspection revealed two sheared bonnet bolts compromising structural integrity. Depressurized the hydrant, removed broken bolt fragments, installed new stainless-steel bolts, and secured the bonnet. Performed a full flow test, confirming stability and proper operation.

Fire Hydrant Installation: Responded to a new construction site for hydrant installation. Excavation revealed the planned bury depth was too shallow for frost protection. Adjusted excavation depth, installed the hydrant shoe at the correct frost-line depth, connected to the water main, and ensured proper alignment. Pressurized and tested the hydrant, confirming compliant installation with no leaks.

Fire Hydrant Valve Replacement: Arrived on-site after the client reported that their fire hydrant was not operating correctly during a routine inspection. Established a safety perimeter and shut off the water supply before beginning the assessment. Found that the stem coupling was missing, preventing the hydrant from opening and closing properly. Located the correct replacement part, installed the new coupling, and verified proper alignment of the operating stem and valve assembly. Restored water flow and performed a full operational test to confirm proper function, pressure, and leak-free operation. The hydrant is now fully restored and ready for emergency use.

Backflow System Repair: Arrived at the commercial client’s property to address issues with their backflow prevention system after reports of irregular water pressure and potential cross-connection concerns. Inspected the assembly and found a worn internal check valve that was no longer sealing properly. Shut off the water supply and followed all safety protocols to relieve pressure before disassembling the unit. Replaced the failing check valve, cleaned the internal components, and reassembled the system. Performed a full backflow test to verify proper operation and ensure the system was preventing any reverse flow. The repair was successful, and their water supply is now fully protected.

Repaired a Mueller Super Centurion 5 ¼ hydrant that had excessive leakage around the bonnet. We disassembled the upper barrel, replaced the stem O-rings, and inspected the main valve seat for wear. After completing repairs, we reassembled the hydrant, flushed it thoroughly, and verified proper operation under full flow and shutoff conditions.

Today we are rebuilding a fire hydrant that was not draining and not shutting off properly. This hydrant was marked to be replaced but thanks to hydrant mechanics this hydrant was repaired and placed back in service to continue providing protection for years to come.

Responded to an urgent water main break that was causing significant water loss and property flooding. After isolating the issue, I performed a sectional pipe replacement to stop the leak and restore service. Water main breaks can happen due to old pipes, shifting ground, or extreme temperatures—quick repairs prevent further damage and water waste. If you suspect a hidden underground leak, professional inspection and repair are necessary.

An apartment complex was experiencing intermittent water outages. After testing the system, I found a failing underground control valve that wasn’t fully opening or closing. I excavated and repaired the valve to restore consistent water pressure to all units. If you’re dealing with pressure fluctuations or unexpected shutoffs, aging valves may be the culprit.

A fire department requested an inspection after noticing slow hydrant flow rates. Upon checking, I found that the hydrant’s main valve was worn out, restricting full pressure. I replaced the valve and tested the flow to ensure it met emergency requirements. Hydrant valve failures can impact fire protection, so regular testing and proactive hydrant maintenance are crucial for public safety.

A customer’s backflow prevention device was leaking, which can compromise water quality and safety. After diagnosing the issue, I replaced the faulty check valve and re-tested the system to confirm it was working properly. Backflow preventers are required to keep non-potable water from contaminating drinking water supplies, so regular testing and maintenance are critical for homes and businesses.

Today, I completed hydrant painting and maintenance for a local municipality. Regular painting isn’t just for appearance—it helps prevent corrosion, extends the hydrant’s lifespan, and ensures high visibility for emergency crews. Different colors on hydrants also indicate water flow rates, which assist firefighters in selecting the right hydrant during emergencies. If your local hydrants are faded or rusted, maintenance painting is essential.

I was called out to inspect water pooling near a meter vault, which indicated an underground water main leak. After excavating the area, I found a deteriorated section of pipe that needed immediate repair. Water main leaks can lead to high water bills, erosion, and property damage if not addressed quickly. If you notice unexpectedly high water usage or wet spots in your yard, a water main inspection is crucial.

I replaced an old, leaking gate valve on a water main today. The existing valve was no longer sealing properly, leading to constant leaks and potential water loss. Replacing worn-out valves ensures the main water lines function efficiently, preventing costly water waste and maintaining system integrity. If your main shutoff valve isn’t working as it should, it’s time for a professional replacement.

A customer reported uneven water pressure throughout their building. After troubleshooting, I found a partially closed or failing water valve restricting proper flow. Over time, valves can corrode or develop mineral buildup, leading to reduced efficiency. After rebuilding the valve, the system was restored to normal function. If you’re experiencing pressure inconsistencies, a professional valve inspection can pinpoint and resolve the issue.

Responded to a low water pressure issue and found a faulty fire hydrant valve restricting flow. A damaged hydrant can cause serious safety concerns for fire protection and needs immediate repair. I replaced the faulty parts and ensured the hydrant was fully operational. If you notice reduced water pressure in your area, it could be a hydrant issue—professional inspection and repair can prevent larger problems.

I’m performing annual backflow testing for a commercial property to ensure their water supply remains safe and contaminant-free. Backflow preventers protect against cross-contamination between potable and non-potable water sources. Regular testing is required to comply with local regulations and prevent issues with pressure fluctuations. If your property hasn’t had a recent backflow test, it’s crucial to schedule one to stay compliant and protect your drinking water.

Performed backflow testing for a commercial property in Raleigh, NC to ensure compliance with local water safety regulations. Inspected the backflow prevention assembly, checked for proper valve function, and verified pressure readings. The system passed all tests, ensuring clean, uncontaminated water supply and safeguarding public health. Scheduled routine testing for continued compliance.

Conducted a fire hydrant repair in Raleigh, NC, fixing a broken outlet nozzle. Removed the damaged nozzle, cleaned the threads, and installed a new outlet with a secure seal. Pressure-tested the hydrant to ensure proper water flow and functionality. The hydrant is now fully operational and ready for emergency use.