Ficus, Magnolia, and Jacaranda: Which Sherman Oaks Trees Are Destroying Your Sew

12 May 2026

Ficus, Magnolia, and Jacaranda: Which Sherman Oaks Trees Are Destroying Your Sewer Line

Ficus, Magnolia, and Jacaranda: Which Sherman Oaks Trees Are Destroying Your Sewer Line
Sherman Oaks is proud of its tree canopy. The streets from Ventura Boulevard to Valley Vista and Longridge Estates carry decades of growth. The shade is welcome in July heat. The roots below are not. On properties built from the 1940s through the 1960s, the original vitrified clay tile sewer laterals now sit within mature root zones. Ficus, magnolia, and jacaranda are common across 91423 and 91403. Those species behave very differently in soil. They also attack aging lateral pipe in different ways. Understanding which trees are present and how the lateral was built is the starting point for any decision about trenchless sewer line replacement in Sherman Oaks.

Homeowners in Chandler Estates, Sherman Oaks Hills, and the streets south of Ventura Boulevard often call after repeated sewage backups. The pattern is familiar. A cable clears the blockage. The line runs for a few months. Roots return. A camera inspection shows offset clay joints and hairlike roots spiking into the flow. On cast iron sections near the foundation, scaling and tuberculation grab debris and slow the line. The correct fix is not another cable. The correct fix is a methodical plan that matches the property’s lateral material, root pressure, and access layout to one of the trenchless methods used across the Valley: pipe bursting or CIPP cured in place pipe lining. The target is a permanent, root-proof lateral that does not tear up driveways or landscaping that define property value on these blocks.
Why Sherman Oaks sewer lines fail under ficus, magnolia, and jacaranda
Clay tile laterals installed in 1945 to 1965 subdivisions form most of the underground network under central Sherman Oaks. Clay was a good choice at the time. It resists chemical attack. It does not corrode. It does have joints every 2 to 3 feet. Each joint is a pathway for root intrusion once the mortar dries and the soil shifts. After 50 to 60 years in Valley soil, the joints loosen and the tiles can shift. Small roots enter for moisture. They thicken and wedge the joint open. Flow slows and solids collect. Backups follow. The risk spikes near the property line where root mass is strongest.

Ficus trees, especially the common Indian laurel fig used as hedges and street canopy along Hazeltine Avenue and Kester Avenue, drive the most aggressive root intrusion seen in 91423. Ficus roots seek out moisture under sidewalks and hardscape. They run shallow and wide, but feeder roots extend wherever sewer vapor leaks through a joint or pinhole. On camera, the intrusion shows as dense root “wads” at joints every few feet. Hydro jetting at 3500 to 4000 PSI with a root cutter nozzle is needed to clear the mass before lining or bursting. Re-cabling alone typically fails within weeks under ficus pressure.

Magnolia roots are not as fast as ficus, but they are thick and persistent. Southern magnolia along Royal Woods, Valley Vista, and Sherman Oaks Hills places heavy, woody roots across laterals that run in front yards. Magnolias create displacement. Clay tiles belly and offset under the load. On camera, magnolia impact shows as joint separation and sometimes a sag in the grade. The fix must restore continuous slope. CIPP may not correct a long belly. Pipe bursting is often the call when magnolia root load has already compromised grade over several joints.

Jacaranda roots are lighter and more fibrous. They tend to follow the topsoil and invade at joints near the cleanout and near the city connection. They produce fine hairlike mats that trap grease and wipes. Jacaranda does not usually displace clay tiles the way magnolia can. It also does not block a line as fast as ficus. It does create a maintenance cycle of repeated small intrusions unless the joints are sealed with a continuous pipe wall. CIPP lining handles jacaranda patterns well when the lateral slope is intact and the host pipe is not collapsed.
What Sherman Oaks housing and soil conditions change about trenchless specifications
ServiStar technicians work within a distinct mix of materials and site constraints in Sherman Oaks. The 1940s and 1950s ranch homes near Riverside Drive and Chandler Estates often have a short run of cast iron from the main drain stack through the foundation, transitioning to clay tile as the line exits the building. The laterals travel through mature landscaping to the city tap under the street. The 1960s and 1970s split-level builds in 91403 south of Ventura Boulevard may have longer laterals that cross under driveway slabs and retaining walls. Later redevelopments in Sherman Oaks Hills often use ABS or PVC from the structure out to the property line, then connect to older clay sections in the parkway. Each archetype changes method selection, access pit placement, and risk management for roots and grade.

Soil movement matters. The Valley’s seasonal moisture swings expand and contract soil. Fine alluvium in the flats supports trees and lawns but can settle under recurring irrigation. Clay tiles can shift and create a step at a joint. If the camera shows multiple offsets and any standing water more than one pipe diameter in length, CIPP liners may bridge minor gaps but will follow existing grade. Where a long belly exists, pipe bursting offers a better outcome because it replaces the lateral with a single HDPE run pulled to a laser checked pitch. ASTM F1962 governs the bursting method. The new pipe is continuous from the building-side access point to the municipal connection, with fused joints that will not separate under root load.

In magnolia and ficus corridors, root aggression often means pre-treatment with hydro jetting at 4000 PSI before any trenchless process. The hydrodynamic cleaning must be complete to allow the liner to bond or to enable the bursting head to travel without snagging. On cast iron near the foundation, descaling with a chain flail may be needed to restore nominal diameter before lining. If corrosion has created paper-thin walls, spot replacement of that near-foundation section with ABS or PVC followed by bursting the clay lateral is a common split-scope solution in 91423 and 91403.
Tree-by-tree behavior and what the camera confirms
A sewer camera inspection defines the decision. A RIDGID SeeSnake or equivalent delivers a high-definition picture of the interior condition, confirms the material, and measures the run length to the municipal tap. In Sherman Oaks, the inspection typically reveals one of five conditions in tree-influenced lines: root intrusion at clay joints, offset joints, a bellied section with standing water, a collapsed clay segment, or scaled, corroded cast iron near the structure. Each condition aligns with a method. Roots alone with sound grade point toward CIPP. Multiple offsets and any collapse point toward pipe bursting. A long belly that traps water points toward pipe bursting. Cast iron scaling alone often pairs with CIPP if the host pipe will hold the liner without deformation.

Ficus hedges along side yards are the usual signal for heavy intrusion every two to three feet on clay. The camera will show roots fanning through joints at regular intervals. Magnolia in front yards signals displacement around the dripline and thicker roots crossing the lateral. The camera will often show a joint offset at those points. Jacaranda trees on parkways around Valley Vista and south-of-Ventura streets will show wispy roots near the curb where the lateral transitions to the city connection. In every case, the footage becomes part of the permit and inspection record. It also sets the trenchless spec for the job.
How Sherman Oaks corridors and property archetypes change the plan
Geography shapes method selection. South of Ventura Boulevard, in Longridge Estates and Royal Woods, the streets sit on slopes. Laterals often run deeper and cross under hardscape. Open trench excavation would break driveways and retaining walls. Trenchless here is not optional. It is the only sensible path. Post-war ranches along Hazeltine Avenue and Kester Avenue sit on flats with heavy ficus canopy. Those laterals are shorter but get hammered by roots. A cleanout near the foundation and an access pit near the curb allow a one-day burst replacement from clay to fused HDPE with minimal yard disruption. Chandler Estates and the Fashion Square area include larger lots with mature magnolia. Pipe bursting wins when the camera confirms offset joints under the dripline.

Properties on the north side near Van Nuys Boulevard and in 91401 or 91411 often combine cast iron under the slab with clay in the yard. In those mixed-material lines, the plan usually replaces the near-house cast iron section with new ABS through a small excavation, then uses CIPP or bursting for the yard run depending on grade. Sherman Oaks Hills tract redevelopments from the 1990s frequently have ABS running to the property line already. CIPP lining from that ABS to the city connection through the clay parkway segment seals the last vulnerable joints without disturbing the sidewalk.
Method selection for trenchless sewer line replacement in Sherman Oaks
Two trenchless methods cover most needs in Sherman Oaks. Pipe bursting replaces the entire lateral by pulling a bursting head through the old pipe and expanding the bore while towing in a new HDPE pipe. The result is a continuous, jointless pipe that will not admit roots. ASTM F1962 sets the standard. It is ideal when the clay is broken, offset, or bellied. It also reestablishes grade where long sags exist. Typical access is one pit near the foundation and one near the curb. The municipal connection may require a third small excavation if a new saddle is needed at the main, which is coordinated with the City of Los Angeles Bureau of Sanitation when the tap requires work at the main.

CIPP cured in place pipe lining rehabilitates a lateral by inserting a felt or fiberglass tube saturated with epoxy resin and curing it against the host pipe. ASTM F1216 governs this method. It creates a pipe within a pipe and seals every joint. It does not correct major grade defects but performs well where the clay is intact and root intrusion is the primary failure. It works especially well for jacaranda and ficus intrusion patterns when the camera confirms no long sags. The installation uses an existing cleanout or a small access point. Cure times vary from 2 to 6 hours depending on resin and ambient temperature. Final reinstatement of any branch connections in larger-diameter systems uses robotic cutters. For typical single-family laterals in Sherman Oaks, branch reinstatement is not needed because the lateral is a straight run.

Pre-treatment is essential in either method. Hydro jetting at up to 4000 PSI clears roots, grease, and scale. For cast iron segments near the house, chain flail descaling removes tuberculation and restores interior diameter. A pre-lining camera pass verifies cleaning quality. A post-installation camera pass becomes part of the inspection packet and homeowner records. Cleanouts are typically upgraded to a two-way cleanout near the foundation for future service access and code compliance.
Permits, inspections, and code requirements in Los Angeles and Sherman Oaks
Trenchless work in the City of Los Angeles requires a plumbing permit through LADBS, with inspection before backfill. For pipe bursting, inspectors check the new HDPE, the fused joints, the bedding, and the depth. For CIPP, inspectors verify liner material, cure, and termination seals. When a new connection to the city main is required, the Los Angeles Bureau of Sanitation coordinates the tap, and traffic control on Ventura Boulevard or adjacent streets may be required during work hours. LADBS permits for standard residential laterals in Sherman Oaks typically approve in 1 to 2 weeks. Expedited review can shorten that window when plans are complete and the camera report is provided at submittal.

As of 2026, the City of Los Angeles does not impose a point-of-sale sewer lateral compliance inspection, unlike some neighboring municipalities. Many real estate transactions in 91423 and 91403 still request a sewer camera inspection during escrow because insurance carriers and buyers understand the risk profile of pre-1970 clay laterals. For post-permit signoff, inspectors often request the post-lining or post-bursting video showing a clear bore to the municipal tap. All work must meet the California Plumbing Code, including cleanout placement and slope requirements. Where gas lines cross the lateral trench, clearances must be maintained per code and SoCalGas guidelines.
Costs, timelines, and a shareable Sherman Oaks data point
Costs vary with length, depth, access, and method. In Sherman Oaks, a typical single-family clay lateral runs 40 to 70 feet to the city connection. For that range, trenchless pipe bursting with HDPE in 2026 often falls between 9,800 and 18,500 dollars for a two-pit residential scope in 91423 or 91403, including hydro jetting, camera inspection, fused HDPE SDR-17 or SDR-21 pipe as specified, permit, inspection, and basic landscape restoration. CIPP lining for a similar run often falls between 7,800 and 15,500 dollars, depending on the number of bends, liner diameter, and curing method. Open trench excavation to replace the same clay lateral typically runs 8 to 12 working days on south-of-Ventura streets and can add 4,000 to 12,000 dollars in hardscape and landscape restoration for driveways, mature shrubs, and irrigation lines. That restoration cost is the shareable finding for Sherman Oaks homeowners: on streets with established ficus and magnolia canopy, trenchless avoids a median of 6,500 dollars in non-plumbing restoration compared to open trench on otherwise identical scopes.

Timelines for trenchless are short. Once permits are in hand, most Sherman Oaks laterals complete in one day for pipe bursting or in one to two days for CIPP including cure and post-inspection. Complex magnolia displacement jobs or those requiring a new municipal tap can extend to three days. LADBS inspections are scheduled for the same or next business day when coordinated early. Traffic control on Ventura Boulevard or Woodman Avenue may push municipal coordination by a day.
How roots, water pressure, and material interact in 91423 and 91403
Many hillside homes in 91403 operate with Los Angeles Department of Water and Power static pressures at 80 PSI or slightly higher. While water pressure directly affects supply piping rather than sewer laterals, there is an indirect effect. Irrigation zones run hard in summer. Soil near the lateral stays moist. Roots follow the moisture toward leaky clay joints. Ficus thrives with consistent irrigation. Magnolia follows deep moisture and places mechanical load on the lateral as trunks and buttress roots expand year after year. In flats like Hazeltine Avenue, lateral runs are shallower and sit in topsoil that rewards ficus feeder root growth. South of Ventura Boulevard, depth increases and slope changes introduce grade-related risk under magnolia. Jacaranda along parkways adds seasonal fibrous mats that first slow the line and then trap debris. The maintenance pattern makes the case for a permanent trenchless fix rather than repeated cable work.
Camera inspection markers Sherman Oaks homeowners should expect to see on screen
On a 1952 ranch in 91423 with a ficus hedge along the side yard, the camera typically records hairlike intrusions at 3-foot intervals from the cleanout to the property line. Each intrusion begins at the joint. The tile segments may still be aligned. In that case, CIPP lining under ASTM F1216 produces a smooth, jointless interior and shuts roots out for decades. On a 1966 split-level in 91403 with a large magnolia in the front yard, the camera often shows one or two long bellies and offset joints. Pipe bursting under ASTM F1962 replaces the lateral with fused HDPE and reestablishes slope from house to tap. On a 1970s tract redevelopment in Sherman Oaks Hills with ABS to the property line and clay through the parkway, camera footage usually shows light jacaranda intrusion near the curb and a mostly intact grade. A short CIPP liner in the parkway solves it without touching the sidewalk.
Preparation, equipment, and materials used on Sherman Oaks trenchless projects
Preparation in ficus and magnolia corridors involves heavy cleaning. Hydro jetting at 4000 PSI with a root cutter nozzle clears organic mass. Chain flail tools descale cast iron near the structure to allow liners to bond. The camera verifies a clean bore before installation. For pipe bursting, the crew sets a pulling rig and winch line. A pull head engages the old clay. The bursting head gradually expands the bore while towing in the new HDPE. Joints are heat fused to create a continuous run. The crew tests the new line with a water flow test and a final camera pass.

For CIPP, the crew wets out a felt-and-epoxy liner or uses pre-impregnated material from a manufacturer such as Perma-Liner when project specs align. The liner is inverted or pulled into place, then cured with ambient, hot water, or steam depending on length and diameter. A calibration tube keeps pressure and shape during cure. After cure, the crew trims the ends at the cleanout and at the connection. The final video shows a smooth interior. For either method, a new two-way cleanout is installed per code near the structure if one is not already present. This cleanout becomes a permanent access point for any future service.
Neighborhood snapshots that often drive calls
On Valley Vista and Royal Woods, magnolia-heavy lots report backups that coincide with irrigation cycles and summer growth spurts. On Hazeltine Avenue, ficus hedges trigger spring and fall intrusions that block clay joints every few feet. Along Woodman Avenue near Westfield Fashion Square, jacaranda debris can combine with light roots to slow the line near the curb. In 91423, many properties near Riverside Drive still carry original clay laterals. In 91403, hillside homes add depth and slope issues. Studio City 91604 and Encino 91436 adjacent properties call for similar reasons but with different archetypes. Across all zones, the first step is always a camera inspection from a clear, code-compliant cleanout to the municipal tap, recorded to USB for the LADBS packet and the homeowner’s files.
What tree risk looks like by species in Sherman Oaks Ficus: fastest root intrusion at clay joints, dense root masses every 2 to 3 feet, requires hydro jetting at 3500 to 4000 PSI before lining, often compatible with CIPP if grade is intact. Magnolia: slower but stronger roots, causes joint offsets and bellies under heavy roots, typically calls for pipe bursting to restore grade and remove weak joints. Jacaranda: fine fibrous roots near the curb and cleanout, creates mats that trap debris, usually a good candidate for CIPP where slope is good and the host pipe is intact. Mixed canopy lots: combined patterns, often a split-scope solution with spot ABS near the house and trenchless for the yard run based on the camera findings. Parkway plantings: municipal tree roots near the curb line affect the last 5 to 10 feet; careful coordination with the city connection is required. Signs a Sherman Oaks sewer lateral is taking tree damage Backups that recur seasonally after rain or heavy irrigation. Gurgling at lower level fixtures when the washing machine drains. Persistent sewage odor in the front yard or parkway area. Cleanout cap with visible root strands on removal. Slow drains throughout the home despite cleared interior branch lines. Case-level examples that show method choice in the Valley
On a 1950s post-war ranch off Kester Avenue, a 55-foot clay lateral with ficus intrusion at every joint and intact slope lined under ASTM F1216 in a single day. Pre-cleaning used a 4000 PSI hydro jet with a root cutter nozzle. A two-way cleanout was added near the foundation. The final video showed a smooth bore from the cleanout to the tap. Cost landed within the mid-teens, covering permit, cleaning, liner, and inspection.

On a 1964 split-level south of Ventura Boulevard with a large magnolia in the front yard, the camera showed two long bellies and separated joints. CIPP would have preserved the bellies. Pipe bursting replaced 68 feet with fused HDPE SDR-17. Access pits at the foundation and curb preserved the driveway and steps. The inspector from the LADBS Van Nuys office checked the fused joints and bedding before backfill. The job ran two days with a third day reserved for municipal coordination at the connection. The homeowner avoided more than 8,000 dollars in concrete and landscape restoration compared to open trench.

On a Sherman Oaks Hills tract redevelopment with ABS to the property line and clay beyond under the parkway, a 12-foot CIPP section sealed jacaranda intrusion and a minor offset near the curb. The sidewalk remained untouched. The entire scope from hydro jetting to cure and post-video completed in one day.
How trenchless protects Sherman Oaks hardscape and valuation
Property value in Sherman Oaks ties to curb appeal. Driveway slabs, mature landscaping, and hardscape contribute as much as interior finishes on certain blocks south of Ventura Boulevard. Open trench methods create long restoration windows and visible scars. no dig sewer replacement Sherman Oaks https://westusa2.blob.core.windows.net/servistar-plumbing-hvac/trenchless-sewer-line-replacement/why-sherman-oaks-sewers-fail-south-of-ventura-boulevard.html Trenchless methods use small access pits and leave the rest of the yard intact. Where a magnolia root runs across the lateral, pipe bursting clears the path without cutting a trench through the roots that may destabilize the tree. Where ficus hedges push through every joint, CIPP installs a smooth interior that denies moisture to feeder roots and ends the cycle. In both methods, preserving the exterior is as important as restoring flow. The difference shows up in appraisal photos and buyer perception on streets like Valley Vista and Longridge.
Compliance and documentation that withstand escrow and insurance review
Every trenchless project in Sherman Oaks generates a document set. The camera report before and after. The LADBS permit and inspection signoff. The ASTM specification for the method used. The material data sheet for the HDPE or the epoxy liner system. Where a new cleanout is installed, photos and measurements confirm code placement. Where a municipal connection is rebuilt, the City of Los Angeles Bureau of Sanitation record is attached. These documents matter during future sale, insurance claims, and any dispute about workmanship. They also give the next owner clarity about the lateral from the house to the tap, which reduces escrow friction in 91423 and 91403 where buyers now expect a lateral history.
What to expect on the work day in Sherman Oaks
Crews stage early to align with LADBS inspection windows and local traffic on the 101 and 405 corridors. On Ventura Boulevard-adjacent streets, parking control may be coordinated in advance. Access pits are laid out to avoid irrigation lines. Utility locates confirm gas, water, and telecom paths before any excavation. Hydro jetting begins, followed by a camera pass. If pipe bursting is specified, the pulling rig is set and the new HDPE is fused on site. The pull proceeds under monitored tension. If CIPP is specified, the liner is prepared and inverted. Cure is monitored with temperature and time logs. Post-install, the line is videoed to the municipal tap. The inspector reviews conditions in the pit and the video record. Backfill and surface restoration follow. The site is left clean, and the final packet is issued to the homeowner.
Service coverage and local presence
ServiStar Plumbing and HVAC operates from 13351 Riverside Drive, Suite 414, in the center of Sherman Oaks, 91423. Crews serve 91423 and 91403 daily, and support Encino 91436 and 91316, Studio City 91604, Van Nuys 91401 and 91411, Valley Village 91607, and Toluca Lake 91602. The team routes trenchless sewer line replacement in Sherman Oaks through the LADBS Van Nuys office for permits and coordinates with the City of Los Angeles Bureau of Sanitation when a main connection requires attention. Work near the Sherman Oaks Galleria, Westfield Fashion Square, and along Ventura Boulevard is scheduled to avoid school traffic and peak retail hours when possible. Properties off Mulholland Drive and the Sepulveda Pass corridors add slope and depth but benefit most from trenchless due to access limits.
Brands, materials, and standards that hold up in Valley soil
For pipe bursting, crews use HDPE piping with heat-fused joints and pulling systems built for residential laterals, including pneumatic or static pull heads sized to the existing diameter. For CIPP lining, systems that meet ASTM F1216 with felt-and-epoxy construction are used, with options like Perma-Liner where the resin profile and cure method fit the run. Cleaning and inspection rely on RIDGID SeeSnake cameras and Spartan or equivalent hydro jet equipment capable of 4000 PSI delivery with root cutter and chain flail tools. Near-house replacements use schedule 40 PVC or ABS to current code, with solvent-welded joints and proper bedding. All work aligns with the California Plumbing Code and LADBS inspection criteria.
Why repeat cabling is the most expensive choice on ficus blocks
On streets dense with ficus hedges, many homeowners report two to four cabling calls per year. At 300 to 450 dollars per visit, plus the risk of a backup at the wrong time, the five-year cost often exceeds a permanent trenchless fix. Cabling also does not protect against joint displacement or collapse. Frequent cabling can scar clay interior surfaces and speed deterioration. Hydro jetting and trenchless replacement or lining stop the cycle. For jacaranda-influenced parkway roots, one CIPP section can end years of seasonal slowdowns and restore full diameter to the curb without tearing up the sidewalk or driveway apron.
What homeowners and property managers should verify before authorizing trenchless work
Verification protects the project outcome. The contractor should provide a pre-inspection video from a cleanout to the municipal tap, with footage time-stamped and measured. The proposal should state the method, diameter, length, and material. For pipe bursting, the HDPE specification and fusion method should be listed. For CIPP, the liner type, resin, cure method, and ASTM standard must be clear. The plan should include hydro jet cleaning and a post-installation video. The permit pathway through LADBS should be included with inspection points. For municipal taps, the City of Los Angeles Bureau of Sanitation coordination note should appear on the scope. In Sherman Oaks, properties with magnolia near the lateral should include a plan for maintaining root stability by avoiding major trench cuts that could destabilize the tree.
A final word on tree choice for future planting
Many homeowners ask what to plant after trenchless replacement. The new HDPE or lined lateral will resist root intrusion, but placement still matters. Planting ficus within 6 to 8 feet of the lateral invites surface damage to hardscape and irrigation even if the sewer is now secure. Magnolia near the lateral invites future load that can affect nearby utilities. Jacaranda litters the surface but less often causes mechanical displacement. The most practical approach is to document the lateral path and hold a 5-foot no-plant corridor for deep-root species. This complements the trenchless fix and protects the yard’s stability over decades.
Why ServiStar’s local trenchless practice fits Sherman Oaks conditions
Contractors who work this neighborhood daily see patterns that shape the spec. Ficus along Hazeltine and Woodman produces predictable intrusion intervals and demands aggressive hydro jet pre-cleaning. Magnolia in Royal Woods and south-of-Ventura blocks shifts the decision toward pipe bursting to restore grade. Jacaranda near Fashion Square combines light roots with seasonal debris and points toward short CIPP sections near the curb. Across those corridors, the method choice is not a generic “no dig” promise. It is a precise plan that matches the property’s archetype, the tree species, the soil motion, and the permit regime. That approach is what keeps landscapes intact, preserves driveways, and produces inspection files that close permits cleanly with the LADBS Van Nuys office.
Ready for trenchless sewer line replacement in Sherman Oaks
ServiStar Plumbing and HVAC provides trenchless sewer line replacement in Sherman Oaks and the San Fernando Valley with camera inspection, hydro jet pre-cleaning, pipe bursting under ASTM F1962, and CIPP lining under ASTM F1216. The team is CSLB licensed, bonded, and insured under C-36 Plumbing, with 24/7 dispatch from 13351 Riverside Drive in 91423. Every project includes LADBS permit application and management, a free in-home estimate, upfront flat-rate pricing on standard scopes, and manufacturer and workmanship warranties. Service covers 91423, 91403, 91436, 91604, 91401, 91411, and 91602. To schedule a diagnostic or request same-day trenchless service, call +1-818-873-0613 or visit https://www.servistarplumbingandhvac.com/plumbing/trenchless-sewer-line-replacement/.

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