Why Trenchless Sewer Pipelining is the Future of Sewer Repair
Digging sewer lines to repair or replace them is a time-consuming and costly process that can damage your property. Fortunately, modern plumbing contractors have less invasive options.
Trenchless methods like pipe lining and bursting can replace your pipes without damaging your property. They’re also much more durable and can resist root intrusion for longer.
Trenchless sewer pipelining is less invasive than traditional repair methods. This method allows professional plumbers to access your sewer line without digging up entire yards. This helps to protect your landscaping and saves you money on restoration costs.
The two main trenchless sewer line repair techniques are CIPP (cured-in-place pipe) lining and pipe bursting. With CIPP, a flexible tube resembling neoprene is coated with epoxy and pushed into the existing pipe, which is inflated and cured, creating a new pipe inside the old one.
Bursting pipes is a more thorough replacement technique. Instead of excavating, a bursting steelhead is used to bring in a new pipe while rupturing the old pipe at a chosen entrance location. These techniques save your property and take only a few hours to complete instead of days or weeks. This implies that you can resume your regular activities considerably more quickly.
Saves You Money
A broken sewer line can be a major headache. You have to deal with the mess, which also costs a lot of money to dig up and replace the old line. Trenchless technology offers a less invasive way of repairing and replacing, saving you much money in the long run.
Instead of digging trenches from your house to the sewer line, plumbers use equipment to access the existing pipe via a single hole. This is less invasive and lets you keep your landscaping, driveways, sidewalks, and other property intact.
This method is called a cured-in-place pipe (CIPP). Once your old pipes are hydro and mechanically cleaned, they get coated with an epoxy-saturated felt tube. The lining is then inflated, creating a new pipe inside the old one. This can solve holes, cracks, rusting, age deterioration, and root intrusion. It also works well with different diameters of pipes.
A major benefit of trenchless sewer repair is the speed that the work can be done. Traditional methods require digging, which takes a lot of time to complete and can damage landscaping, driveways, and walkways. Trenchless technology is faster because less of the property needs to be disturbed.
For example, cured-in-place pipe lining (or CIPP) only requires one access point to insert a felt tube saturated with epoxy. This tube is then inflated, allowing it to take the shape of your existing pipe and seal any cracks or holes.
Additionally, new piping installed through trenchless techniques is often larger than the old pipes used, which can increase flow capacity. This helps your pipes last longer and need fewer repairs, saving you money. This also makes your pipes more efficient, reducing the risk of sewage backups and other unpleasant issues. This is why trenchless technology is the way of the future for sewer repair.
Easier to Install
If you’re facing a broken sewer line, you can rest assured that plumbing repair techniques have come a long way. Trenchless pipe lining is now a popular and efficient choice, saving you both time and money on repairs and reducing the impact of excavation on your property.
Whether you’re looking for residential or commercial sewer repair, trenchless methods are the way to go. They save you time by eliminating the need for digging, reducing damage to landscaping and sidewalks, and allowing for faster completion of work.
One of the most effective trenchless sewer repair methods is lateral pipe lining. This process involves feeding a soft, flexible liner into your damaged pipe segment and then inflating it to fill it. The result is a water-tight seal that prevents leaks and blockages. This repair can be completed in just a few hours and has minimal impact on your daily life. The new liner will also last longer and require fewer future repairs.