Frequently Asked Questions

PEX works well for most repiping projects because it resists corrosion, flexes around obstacles, and costs less to install than copper. Copper remains the better choice for exposed outdoor lines or areas where UV exposure is a concern. Your property's layout, budget, and existing plumbing configuration determine which material makes the most sense.

Recurring slow drainage, gurgling sounds from fixtures, or multiple drains backing up at once all indicate a clog that's deeper than chemical treatments can reach. Store-bought drain cleaners only clear surface buildup near the fixture and can damage older pipes with repeated use. Professional drain service locates the actual blockage source and clears it without corroding your plumbing.

Georgia clay soil shifts with moisture changes, creating pressure on buried water lines that leads to cracks or separation at joints. Aging galvanized steel and cast iron lines corrode from the inside, reducing water pressure and causing discolored water. Tree root intrusion near the foundation also cracks older main lines as roots search for water sources.

Tankless units require upgraded gas lines or electrical circuits to handle higher input loads, plus proper venting sized for condensing exhaust. Traditional tank installations use existing utility connections in most cases and need only drain pan placement and pressure relief routing. Space requirements differ significantly—tankless mounts on walls while tanks need floor clearance.

Pressure testing isolates sections of plumbing to identify where pressure drops occur, narrowing the search area. Moisture meters detect hidden wetness inside walls or under flooring where leaks saturate materials before becoming visible. Unexplained water meter activity when all fixtures are off confirms active leaking somewhere in the system.

Repairing works when the fixture body remains intact and only internal components like cartridges, flappers, or seals have failed. Replacement makes sense when the fixture finish is corroded, the mounting is damaged, or repair parts cost nearly as much as a new unit. Age matters—fixtures over 15 years old often develop multiple problems shortly after one repair.

Active flooding from burst pipes, complete loss of water service, sewer backup into living areas, or gas odor near water heater installations all require immediate attention to prevent property damage or safety hazards. Slow leaks, dripping faucets, and gradually worsening drainage can wait for scheduled service without causing additional damage.

Bellied sections of drain pipe trap debris because the line sags below proper slope, creating a low spot where material accumulates. Tree roots penetrate older sewer lines through deteriorated joints, catching waste and forming blockages that return after clearing. Partially collapsed pipes allow flow but narrow the opening enough that normal use causes buildup.

Access to shut-off valves, whether the building can close affected areas during work, and availability of matching fixture parts all influence how quickly repairs complete. Multi-tenant properties require coordinating with occupants and scheduling around business hours. Code-required inspections add time when work involves water lines or sewer connections.

If the tank is over 10 years old and needs a heating element, thermostat, or pressure valve, replacement often makes more sense because multiple components typically fail in sequence. Repairing works for newer units with single-component failures where the tank shows no corrosion or leaking. Cost of repair approaching 50% of replacement cost favors installing new equipment.

Camera inspection identifies the exact location and cause of the sewer problem—whether it's root intrusion, pipe separation, or collapse. Excavation exposes the damaged section so broken pipe can be removed and replaced with proper-slope installation. The repair area is pressure-tested before backfilling to confirm the new section doesn't leak.

Clay absorbs water during rain and swells, then shrinks during dry periods, causing constant ground movement that stresses underground pipes. This expansion cycle cracks rigid sewer lines and separates joints in older water mains. Properties with poor drainage or foundation gutters that don't direct runoff away from the house experience more severe soil movement.