HVAC & Plumbing Services in Kansas City, MO

Performed a plumbing estimate to evaluate and scope repairs for reported leaks. Inspected supply and drain piping in the basement/crawlspace area, documenting a broken-out opening in the concrete block wall with pipe penetrations and fittings, corroded piping and a valve, and a PVC drain stub with a threaded coupling that is open and contaminated with debris. Also identified a tarnished chrome pipe fitting with escutcheon at a ceiling/wall penetration where deteriorated sealant and failed surface material have created a gap, indicating a probable leak source requiring repair.

Responded to callback for a dislodged cleanout cap on the main drain that was causing water to discharge when fixtures were in use. Inspection revealed a severely corroded cast iron drain assembly with a cracked fitting that was no longer securing the test cap. Removed the failed component and restored the cleanout closure to stop the leak, and noted the advanced pipe corrosion as a condition warranting further evaluation, including a camera inspection of the recurring drain restriction.

Installed a new 40-gallon gas water heater in the utility closet, with a thermal expansion tank mounted and secured on the supply line to manage pressure fluctuations. Connected the copper supply piping and shutoff valve, then reconnected the gas line and the galvanized flue vent, leaving the unit securely installed and all connections in place.

Replaced the main water shutoff valve at the water main and re-piped a leaking fitting on the water heater supply line. Installed new copper piping and pressed fittings, restored water service, and pressure-tested the connections to confirm leak-free operation.

Performed a plumbing estimate for gas line replacement and inspected the existing piping in the attic/utility chase area. Found heavily corroded iron supply piping with flaking rust at threaded fittings, tarnished copper lines with oxidation, and deteriorated, split pipe insulation with taped repairs. The existing system is still operational, and the findings were documented with photos to support the recommended piping replacement scope.

Inspected the gas-fired tanked water heater for a leaking temperature and pressure (T&P) relief valve discharge pipe. Verified static system pressure at approximately 70–75 PSI using a gauge at the drain valve, and confirmed the thermal expansion tank is installed and secured with clamps, with no visible corrosion, rust, or damage at the connections. Findings indicate the relief valve discharge is likely related to thermal expansion and elevated system pressure.

Diagnosed a leaking master shower faucet and removed the handle, revealing a degraded, deformed plastic stem adapter and mineral buildup around the valve stem. The aged valve cartridge, estimated at 20 years old, appears to have failed, but the valve could not be removed for further inspection. The shower supply was capped to stop the leak, and cartridge or valve replacement is recommended.

Hydro-jetted the main drain line to clear the blockage and restore proper flow. Prepared the work area in the basement by accessing the drain and protecting surrounding stored items, then flushed the line with high-pressure water to remove buildup and debris. Verified free-flowing drainage upon completion.

Diagnosed a gas-fired tank water heater with no hot water and found severe corrosion and heavy rust buildup at the burner compartment access opening and along the lower tank jacket, along with sediment and debris around the burner observation port and gas supply line. The unit's advanced corrosion and deteriorated condition were documented with photos, and replacement is recommended in lieu of repair.

Performed an on-site evaluation of a no-hot-water complaint on a GE tank-style water heater installed in an unfinished framed space with a galvanized draft hood and flue vent. Inspected the unit and surrounding supply piping, noting tarnished and oxidized copper lines, a brass tee with white residue at the solder joint, and heavy dust and grime on the tank. Documented the installation with photographs and prepared a replacement/repair estimate for the customer's review.

Responded to a callback for a dislodged cleanout cap on the main drain line, which was allowing wastewater to discharge onto the floor whenever fixtures were in use. Inspected the open cleanout and found the cap and its sealing gasket had failed, with the gasket cracked and broken and the threaded fitting heavily corroded. Cleaned up the discharged wastewater and restored the main drain to proper operation, and recommended a camera inspection of the line given the history of recurring clogs.

Serviced a Rinnai tankless water heater reported to be underperforming, inspecting the unit, gas and water connections, and venting, and restoring proper heating operation. Addressed the non-functioning recirculating pump and the inoperative bidet supply, then verified hot water delivery and normal system operation at the utility sink faucet.

Located and inspected a slow leak at a corroded copper-to-galvanized pipe connection in the unfinished basement, where verdigris buildup and moisture residue at the soldered joint indicated the failure point. Isolated the water supply, repaired the leaking connection, and restored service, then verified the joint was dry and leak-free under pressure.

Responded to a main sewer line backup with the bathroom tub and toilet overflowing and multiple fixtures draining slowly. Pulled the toilet to gain direct access to the closet flange and fed a drain-cleaning cable through the opening to clear the blockage in the main line, restoring flow to the affected fixtures. The toilet was then ready to be reset on the flange with the water supply line reconnected.

Performed a plumbing inspection of the water supply and treatment components, including copper press-fit piping with brass tee and pressure gauge, a brass backflow preventer assembly with shutoff valves and test cock caps, PEX supply lines, and PVC waste and vent piping. Verified the multi-stage wall-mounted water filtration unit and adjacent RainSoft water softener were properly installed, and found no leaks, corrosion, frost damage, or other deficiencies at the inspected components.

Performed an on-site fixtures estimate and inspected the kitchen sink base cabinet, including the garbage disposal, PVC drain trap, flexible drain hose, braided supply line, and chrome shutoff valve. Found the cabinet floor severely deteriorated, with bubbled, crumbling, and rotted wood and water staining on the back wall, indicating long-term moisture intrusion from a possible leak at the drain or supply connections. Documented conditions with photos and recommended leak source diagnosis, repair of affected connections, and replacement of the damaged cabinet base.

Assessed a water leak at the cast iron drain stack and documented significant pooling, rust staining, and moisture damage on the surrounding concrete floor. Inspected adjacent piping and equipment, including the gas water heater, its flue vent, and corroded supply and gas line fittings, and prepared an estimate for the necessary stack repair.

Performed a inspection of the gas tanked water heater, including the supply and distribution piping, shutoff valves, and surrounding ductwork, with no active leaks, frost, or significant damage found. Noted corrosion at a copper branch joint and a drain/hose-bib valve, along with historical mineral staining on the adjacent wall, and recommend monitoring these areas for future maintenance.

Inspected the existing sump pit and pump system to verify operation, noting the pit cover in place and the power cord properly plugged into the outlet. Observed silt and mineral staining along the basement wall base and floor indicating prior water intrusion, and checked the exterior discharge line and downspout termination, which showed staining and saturated, muddy soil at the discharge point.

Assessed the existing sump pit and discharge piping to evaluate installation of a battery backup sump pump system. Inspected the primary pump, PVC discharge line with isolation valves and rubber couplings, and the basin, then determined the layout and requirements for the backup system and prepared an estimate for installation.