EXTENDED WORKING TIME
The resin remains workable until the Bluelight LED curing process begins, reducing installation time pressure before the liner is permanently cured.
NORTHERN COLORADO’S TRENCHLESS SEWER SPECIALISTS
RESTORE YOUR SEWER LINE. PROTECT MORE OF YOUR PROPERTY.
Trenchless sewer repair & CIPP pipe lining
We evaluate damaged sewer lines and develop restoration plans using CIPP lining and other appropriate methods. For eligible pipes, trenchless rehabilitation can reduce excavation and disruption.
Explore the Online Estimate
- Colorado-Owned & Founded
- Camera-Guided Evaluation
- Specialized CIPP Restoration
KNOW THE WARNING SIGNS
RECURRING SEWER PROBLEMS?
Symptoms can have several causes. A camera evaluation helps document visible conditions and identify the next step.
Gurgling drains or toilets
Gurgling may point to restricted flow or a venting problem, especially when several fixtures are affected.
Slow drains in multiple fixtures
Several slow drains can indicate a restriction farther downstream, beyond a single sink or toilet.
Persistent sewer odors
Dry traps, failed seals, venting issues, blockages, or damaged piping can cause sewer odors.
Water backing up
Wastewater returning through tubs, showers, or lower fixtures can indicate a serious restriction.
Wet, unusually green, or sunken areas
Yard changes have several possible causes and merit a check when near the sewer path, especially with odors or drainage problems.
The same clog keeps returning
Recurring clogs may involve roots, buildup, or pipe defects; camera footage helps distinguish the cause.
HOW CIPP WORKS
A NEW PIPE INSIDE THE EXISTING LINE.
For eligible sewer lines, cured-in-place pipe (CIPP) creates a new structural liner inside the existing pipe—often with less excavation than full-length replacement.
EXISTING CONDITION
Roots, cracks, or separated joints may affect an eligible sewer line.
PREPARED PIPE
The eligible pipe is cleaned and mechanically prepared. Conditions that need another repair path are addressed separately.
INSTALLED STRUCTURAL LINER
For qualifying installations, a resin-saturated liner is installed and cured with Bluelight LED technology within the prepared pipe.
Not every sewer line is a candidate for lining.Existing pipeCured liner
- Inspect & Qualify
- Clean & Prepare
- Install & Cure
- Reinstate & Verify
BLUELIGHT LED CIPP TECHNOLOGY
MORE CONTROL BEFORE THE CURE. RAPID CURING AFTER PLACEMENT.
Trusted Trenchless uses the Bluelight LED CIPP system for qualifying sewer laterals and small-diameter drain lines. Its specially formulated resin is designed to remain workable until it is exposed to blue-wavelength LED light, giving the installation team more control during liner wet-out, placement, and pre-cure inspection.
After the liner is correctly positioned, the onboard system automatically controls the LED curing head’s pullback through the pipe. Under qualifying conditions, manufacturer-published performance information indicates that a 50-foot liner may be fully cured in under 12 minutes—up to five times faster than conventional curing methods.
That figure refers only to the liner-curing phase, not the total project. Camera evaluation, cleaning, preparation, access, liner installation, any required branch reinstatement, and final verification still determine the overall schedule.
AUTOMATED PULLBACK
The onboard computer sets and controls the curing head’s pullback speed using the applicable job parameters.
INTEGRATED CAMERA
A camera built into the LED light head supports visual monitoring as the curing equipment travels through the installed liner.
PROVEN AT SCALE
Manufacturer-published information reports 500 systems in the field and millions of feet of Bluelight liner installed worldwide.
Performance and adoption figures are based on manufacturer-published information. Actual results vary by project, approved liner specification, and field conditions.
LONG-TERM CIPP PERFORMANCE
50+ YEARS
OF EXPECTED SERVICE LIFE
A NEW STRUCTURAL PIPE INSIDE THE OLD ONE.
A failing sewer line may already be decades into its service life before the first major problem appears. CIPP changes that equation by creating a new, continuous liner inside the existing pipe rather than asking the deteriorated host pipe to keep doing all the work.
NASSCO states that a properly designed, installed, and tested CIPP lateral has a minimum life expectancy of 50 years. U.S. EPA long-term evaluations of in-service CIPP have also produced results consistent with reaching the industry's typical 50-year design-life benchmark and potentially performing beyond it.
Bluelight's manufacturer likewise describes the finished liner system as having a service life of at least 50 years.
50+ YEAR EXPECTED LIFE
A properly designed, installed, and tested CIPP lateral is expected to provide at least 50 years of service under appropriate conditions.
STRUCTURAL RENEWAL
For qualifying projects, CIPP can be engineered as a fully structural stand-alone pipe-within-a-pipe rather than relying on a deteriorated host pipe for structural support.
CONTINUOUS + JOINTLESS
The cured liner forms a continuous, jointless pipe through the rehabilitated segment, eliminating the old pipe joints from the lined flow path.
PROVEN OVER DECADES
CIPP has been used for more than 50 years, and long-term field evaluations continue to support the industry's 50+ year design-life benchmark.
THE OLD PIPE CAN STAY. THE NEW LINER DOES THE WORK.
Instead of excavating and replacing an entire aging sewer line, qualifying CIPP projects can renew the damaged pipe from the inside—creating a new structural system designed to provide decades of additional service.
Expected service life is an engineering and performance benchmark, not a guarantee of a specific lifespan. Actual performance depends on liner design, host-pipe condition, installation quality, use, maintenance, external loads, soil and groundwater conditions, and other project-specific factors. Service-life statements are based on published NASSCO guidance, U.S. EPA CIPP performance research, and Bluelight manufacturer information.
Method Comparison
Trenchless vs. digging
CIPP lining and traditional excavation can both be appropriate, but they solve different pipe conditions. We use camera footage, access, alignment, slope, and structural condition to determine whether a line can be rehabilitated or should be excavated and replaced.
Learn About CIPP Pipe Lining →Not sure which approach fits your line? Request a Project Evaluation →
Camera Documentation
See the condition before and after
We use before-and-after camera footage to document the condition found and the visible result after the approved work is complete. The image shown illustrates this documentation; the actual scope may involve cleaning, preparation, repair, or CIPP lining, depending on the line.
What To Expect
From evaluation to final documentation
Every project begins with understanding the pipe condition and access. The exact scope depends on camera findings, cleaning and preparation needs, liner length, curing method, branch connections, inspections, and any access work required.
1
Share the project details
Call or submit a request online with the property location, known symptoms, available sewer-scope footage or reports, and any information about pipe access. For an active backup, limit water use and let us know the situation is urgent.
2
Review & Qualify The Line
We review the available camera footage and inspect the pipe as needed to evaluate its material, diameter, alignment, structural condition, access, and repair area. This determines whether CIPP lining or another repair method is appropriate.
3
Define The Scope & Price
You receive a clear proposed scope and price based on the work required, which may include cleaning, preparation, lining, branch reinstatement, access work, inspections, and final documentation. Known variables and possible scope changes are explained before work begins. When a portion of the project requires a licensed trade contractor, the proposed scope identifies the responsible contractor, applicable permit path, inspections, and coordination responsibilities before work begins.
4
Prepare, Install & Cure
For an eligible line, the pipe is cleaned and prepared, the resin-saturated liner is installed, and the approved curing process is completed according to the defined project scope. Project timing varies, and some jobs may require more than one visit or limited excavation.
5
Verify & Document
After the work is complete, we perform a final camera review and provide before-and-after documentation. We also explain care instructions and any recommended follow-up.
Where We Work
Serving Northern Colorado
Trusted Trenchless currently serves homeowners, businesses, and trade partners across Northern Colorado, with a primary focus on Fort Collins, Windsor, Loveland, Greeley, Evans, Longmont, and surrounding municipal-sewer communities.
Explore Our Northern Colorado Service Area →
›Bellvue
›Berthoud
›Dacono
›Eaton
›Estes Park
›Evans
›Firestone
›Fort Collins
›Frederick
›Greeley
›Johnstown
›La Salle
›Laporte
›Longmont
›Loveland
›Mead
›Milliken
›Severance
›Timnath
›Wellington
›Windsor
Project availability depends on location, pipe conditions, project scope, applicable contractor and permit requirements, access, and scheduling. Contact us to confirm service for your property. Don’t see your city? Contact us to confirm availability.
Understanding Cost
What affects the cost of a sewer-lining project
Every project is priced from its actual scope. Camera findings, pipe dimensions, cleaning and preparation, access, branch connections, inspections, and any excavation or restoration needs can all affect the final price.
After the line is evaluated, we provide a project-specific scope and price. When CIPP avoids extensive excavation, it may also reduce related surface-restoration work, but the appropriate method and total cost depend on the property and pipe condition.
Request a Project Evaluation
01
Length & Repair Area
The length and location of the pipe being rehabilitated affect liner and resin use, preparation requirements, curing, equipment setup, and project-team time.
02
Diameter & Configuration
Pipe diameter, material, bends, transitions, and branch connections help determine the lining system, equipment, materials, and installation requirements.
03
Condition & Preparation
Roots, scale, corrosion, debris, offsets, bellies, or structural damage can increase preparation or make CIPP unsuitable. Severe collapse or displacement may require another repair method.
04
Access & Site Conditions
Existing access, pipe depth, interior or exterior work areas, finished surfaces, utility conflicts, and the need for a new access point or targeted excavation can affect the scope.
05
Reinstatement & Inspections
Branch reinstatement, permits, municipal or district inspections, final camera review, and project documentation may be included depending on the line and location.
Financing Options
Flexible payment options for qualifying projects
Financing is available for qualifying Trusted Trenchless services and qualified applicants. Depending on the applicant, project, and available plan, options may include promotional financing, fixed-rate installment plans, and longer-term monthly payment plans.
Promotional financing options
Fixed-rate and extended-payment plans
Request a Project Evaluation
Once your project scope and price are defined, we can review the financing options currently available. Approval, rates, terms, and monthly payments are determined by the financing provider.
Questions
Good to know
Ready to understand your repair options?
Request a project evaluation based on the available camera findings, pipe condition, access, and repair area. We’ll explain the next qualification step and whether CIPP or another repair method may be appropriate.
