Frequently Asked Questions

Trenchless replacement installs SDR 17 pipe through minimal access points, reducing yard and driveway excavation. Open trench provides direct access when layout, depth, or condition requires conventional excavation. The choice depends on existing line condition, property layout, and connection requirements rather than surface disruption alone.

Hydro jetting removes root intrusion and heavy grease buildup that conventional snaking can't fully clear. Snaking works for basic blockages in 1.5- to 4-inch lines, but roots and hardened deposits require high-pressure water to restore full flow. If backups recur after snaking, the line likely needs jetting.

A cleanout provides direct entry to the main sewer line for camera inspections, cleaning, and repair work without removing fixtures. Two-way cleanouts and sewer poppers allow access from grade level. Properties without accessible cleanouts require more invasive work to reach the line during service calls.

Localized damage like isolated breaks, offsets, or bellies can often be repaired through targeted excavation or patching. Poor slope in one section, root intrusion at a single joint, or a cracked fitting don't always require replacing the entire lateral. Full replacement makes sense when multiple problem areas exist or the pipe material has failed systemwide.

Tankless units heat water on demand, but output is limited by flow rate and temperature rise capacity. Running multiple high-demand fixtures simultaneously—like a shower and dishwasher—can exceed the unit's gallons-per-minute rating. System sizing must match actual household demand, not just replace a tank with equivalent input.

Household demand depends on simultaneous usage patterns, not just occupant count. A 50-gallon tank handles typical morning showers and evening dishwashing for four people, but back-to-back showers or soaking tubs may require 65–75 gallons. Usage timing and fixture flow rates affect capacity more than headcount alone.

Leak detection tools identify the source beneath concrete slabs using electronic listening devices and pressure testing. Pinpointing the leak location limits demolition to the affected area and prevents exploratory breaking across multiple rooms. Detection narrows repair scope before any concrete removal begins.

Rerouting copper or PEX through attic spaces makes sense when slab piping shows multiple leaks, corrosion, or frequent failure. Capping abandoned slab lines and running new distribution overhead avoids repeated concrete cuts. Properties with accessible attic framing and challenging slab access benefit most from overhead rerouting.

New gas line installations, leak repairs, pressure testing, and connections for water heaters, fireplaces, cooktops, and outdoor grills all require licensed work. Underground gas piping and retrofits for new appliances involve code compliance and safety testing. DIY gas work creates liability and code violations regardless of project size.

Workmanship warranties range from 1 to 30 years depending on the service and materials installed. Warranty terms are specified at the time of estimate and cover installation quality, not manufacturer defects or unrelated system failures. Coverage duration reflects project scope—repiping and sewer replacement carry longer terms than fixture repairs.

Root infiltration, grease buildup, bellies, and offsets create conditions where debris accumulates faster than snaking can prevent. Snaking opens a path through the blockage but doesn't remove roots from pipe joints or correct poor slope. Camera inspection after clearing shows whether structural problems or intrusion require repair or jetting.