Cured-in-Place Pipe Liner (CIPP) Services

Thanks to cutting-edge tools, you may not have to resort to traditional, excavation-heavy repair methods if your underground pipes become damaged or corroded—Alpha Environmental Services offers a smarter, cleaner solution.

Our cured-in-place pipe liner (CIPP) services in Portland, Oregon, make long-lasting pipe restoration easy, so you do not have to worry about the aftermath of someone digging up your property. Whether you are dealing with cracks, root intrusion, or aging infrastructure, Alpha has the tools and expertise to restore your pipes with minimal disruption.

With over two decades of experience, our team can help you address piping problems in your residential or commercial property in an efficient and minimally invasive manner.

What is Cured in Place Pipe Liner?

CIPP is a trenchless pipe repair method that restores underground pipelines that have deteriorated or been damaged, eliminating the need for excavation. During the pipe lining process, a flexible liner saturated with resin is inserted into the existing pipe before being cured using heat or UV light. This process creates a new, seamless pipe within the old, damaged one. In turn, this resolves issues caused by cracks or leaks, thereby preserving the flow of sewer or drain lines.

Benefits of CIPP

Using experienced cured-in-place pipe liner contractors in Portland may offer the following advantages:

Improved flow efficiency throughout your piping
Extended pipe life, potentially for decades to come
Mitigated risks of leaks and root intrusion
Minimized disruption to the yard and fewer cleanup requirements
Reduced landfill waste by keeping the original pipe underground
Lowered labor and restoration costs, compared to full pipe replacement

How is CIPP Different from Traditional Methods?

The table below compares cured-in-place pipe lining with traditional pipe replacement methods:

	Cured-in-Place Pipe Lining	Traditional Pipe Replacement
Method	Performed trenchless by inserting a resin-coated liner into existing pipes, then curing it to form a new pipe within.	Requires excavation and replacement of the entire damaged pipe.
Invasiveness	Minimally invasive with little to no digging, preserving landscaping and structures.	Highly invasive and necessitates digging that may disrupt landscapes, driveways, and structures.
Timeframe	Usually completed within a day.	May take anywhere from a few days to a couple of weeks, depending on the project scope.
Cost	Typically more cost-effective due to fewer labor and restoration needs.	Often more expensive due to excavation, labor, and restoration costs.
Durability	Can extend pipe lifespan by about 50 years with proper installation.	New pipes usually last 50 to 100 years, depending on the materials used.
Best Use Cases	Suitable for pipes with minor to moderate damage, excluding those that have completely collapsed.	May be required for pipes that are collapsed, severely deformed, or require upsizing.
Limitations	Not intended for pipes with extensive damage or those needing a diameter increase.	More disruptive and costly; requires extensive excavation and restoration.

Although most properties can benefit from opting for CIPP, some severely deformed or overly complex pipes may be better suited for traditional excavation methods. Consult CIPP contractors in Portland to learn the best way to address your pipe issues.

Interested in  Cured-in-Place Pipe  Liner (CIPP) Services?

What to Expect During Cured-in-Place Pipe Liner Installation

Since each pipe-related issue is unique, the pipe lining process may look different for each property. Nevertheless, some common steps involved in a CIPP installation are:

Initial inspection

A small, specialized camera is used to inspect the condition of the existing pipe and diagnose issues to confirm CIPP compatibility.

Cleaning

Next, the pipes are cleaned to prepare for the liner. This step involves flushing out debris and addressing any hindrances that could negatively impact installation.

LINEAR INSERTION

Then, a pressurized system is used to send the resin-coated liner through the old malfunctioning pipe to begin installation

CURING

Once the liner is appropriately positioned, heat or UV light is used to cure the liner and secure it in place.

FINAL INSPECTION

A second camera inspection is performed to confirm the successful installation before resuming the flow of water or sewage, marking the final step in the cured-in-place pipe liner testing process.

Thankfully, the process above avoids disruptions to landscaping and home life. In fact, most installations are completed within a day, and Alpha Environmental ensures your property is as mess-free as possible.

WHAT OUR CUSTOMERS ARE SAYING

“It is almost impossible to write all the positive things: the outstanding asbestos abatement service, the professionalism of all the workers, and the great job they ALL did. I HIGHLY recommend Alpha Environmental. They far exceeded my expectations and pleasantly surprised me with keeping their word.”

Robin M., Portland, OR | Date: 07/29/2020 | Source: Yelp

Hire Expert Cured in Pipe Liner Contractors in Portland

A cured-in-place pipe liner can be a game-changing solution for property owners seeking to avoid costly, invasive pipe repairs. If your commercial or residential property’s piping configuration can accommodate CIPP, you may be able to avoid some of the disruption and labor demands associated with traditional, excavation-based methods.

If you are experiencing drainage issues or want to proactively maintain your plumbing infrastructure, the team of experts at Alpha Environmental Services will be ready to answer your questions and determine whether CIPP is the right solution for your property.

Explore our sewer repair services or contact us today to schedule a complimentary estimate from one of the most reliable cured-in-place pipe liner contractors in Portland.

Frequently Asked Questions

What types of pipes can be repaired with CIPP?

Cured-in-place pipe lining is usually compatible with a variety of different pipe materials, including clay, cast iron, PVC, and concrete. However, the condition of the existing pipe and its slope will determine whether or not it can be repaired with CIPP. Pipes that are severely damaged, totally collapsed, or malfunctioning due to sagging may not work well for pipe lining.

Is CIPP safe for drinking water pipes?

Cured-in-place pipe lining is typically used for sewer and drain lines, rather than potable water systems. This is because some CIPP methods utilize materials, such as styrene-based resins, that may release volatile organic compounds (VOCs) during the curing process, posing potential health risks if used in drinking water applications. Nevertheless, water lines may work well with alternative lining technologies.

How long does cured-in-place pipe lining last?

Although it varies on a case-by-case basis, CIPP can extend the life of a pipe by 50 years or more if it is installed properly.

Is excavation required for CIPP installation?

No, CIPP is a trenchless method, meaning that little to no excavation is needed if entry to the pipe is easily accessible.

How much do cured-in-place pipe liner services cost?

CIPP and other trenchless sewer repair methods typically cost between $1,900 and $6,000, depending on factors such as pipe length and condition, and the method used. However, trenchless methods often prove more cost-effective than traditional excavation due to reduced labor and restoration expenses.

Can CIPP lining fix a collapsed sewer pipe?

No, this type of trenchless sewer repair works by relining the inside of an existing pipe, meaning the original pipe must still hold its shape for the new one to be effective. So, the CIPP technique is best reserved for old yet functional pipes or ones with minor structural problems. A severely damaged or fully collapsed section usually demands pipe bursting, which is another type of trenchless sewer repair, or traditional excavation for replacement.

Does CIPP work on Orangeburg or clay pipe?

Yes, CIPP can be used on both, assuming the pipe is still structurally intact enough to hold the liner. Clay is one of the standard materials CIPP is designed for, usually making it a great candidate. However, Orangeburg pipe is more often already deformed or deteriorated by the time it is found, so it should be inspected to determine if trenchless sewer repair or traditional excavation is best.

Does the liner reduce my pipe's diameter?

Technically, yes, as the thickness of the liner reduces the diameter by a small amount. Although the exact reduction depends on the liner thickness used for your pipe, it is generally not enough to meaningfully affect flow in a typical residential line.

Why Choose Alpha Environmental

Our goal is to get the job done right while protecting our client. We are committed to ensuring you are safe in your residence, no matter what. We are fully licensed, bonded, insured, and here to help with all of your environmental needs.

OUR QUALIFICATIONS

Our environmental specialists in the Portland metro area comply with all local and federal guidelines, including those set by the Oregon Department of Environmental Quality (DEQ) and the Occupational Safety and Health Administration(OSHA), and operate under Oregon Construction Contractors Board(CCB) License No. 152125.