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Elastomeric Repair on a Spillway for Manufacturing Facilities
Flexible Composite Repair for a Damaged, Leaking Overflow Spillway
A major automotive component manufacturer was experiencing production disruption due to a damaged and leaking overflow spillway. The spillway played an important role in balancing flow between holding tanks awaiting treatment, making the repair critical to plant operations. Instead of relying on a temporary patch or full replacement, Unconventional Solutions inspected the issue and recommended an Elastomeric Repair on a Spillway using Resiflex repair materials and reinforcement mesh.
This project demonstrates how elastomeric composite repair systems can help manufacturing facilities address leaks, damaged fiberglass surfaces, and challenging equipment repairs where flexibility and durability are important.
The Problem: Damaged and Leaking Overflow Spillway
The manufacturer had a damaged overflow spillway that was leaking and disrupting production. This spillway was used to help balance flow between holding tanks before treatment, so failure in this area created a direct operational concern.
Because the substrate was fiberglass, the repair needed to bond properly while also allowing for the movement and flexibility often required in fiberglass and spillway applications.
That made an Elastomeric Repair on a Spillway the right solution.
The Solution: Elastomeric Composite Repair With Reinforcement
After inspecting the damaged area, Unconventional Solutions recommended an elastomeric composite repair system designed for the spillway’s conditions.
The repair included:
- Resiflex 402 Primer to prepare the fiberglass substrate
- Resiflex 401 GP 60 Putty for the elastomeric repair
- Fiberglass-reinforced tape backing for added support
This approach helped repair the damaged fiberglass spillway while creating a flexible, reinforced system suitable for the application.
Benefits of Elastomeric Repair on a Spillway
Choosing an Elastomeric Repair on a Spillway can offer several advantages for manufacturing and industrial facilities dealing with leaks, damaged fiberglass, or flow-control infrastructure.
Key benefits include:
- Helps repair leaking spillways without full replacement
- Works well for fiberglass substrates
- Provides a flexible repair system for areas subject to movement
- Reinforces damaged areas with mesh or fiberglass backing
- Helps reduce production disruption caused by leaks
- Supports continued flow control between holding tanks
- Can be used on irregular shapes and difficult repair areas
- Offers a practical solution for damaged overflow systems
Why Use Elastomeric Repair Instead of Replacement?
In manufacturing environments, damaged spillways, tanks, and fiberglass components can create major downtime concerns. Full replacement may require shutdowns, fabrication lead time, or costly removal and installation work.
An Elastomeric Repair on a Spillway gives facilities a practical alternative when the goal is to stop leaks, reinforce damaged areas, and keep critical systems operating.
For fiberglass spillways and overflow systems, elastomeric repair materials are especially useful because they can provide both adhesion and flexibility.
Need Help With a Leaking Spillway or Fiberglass Repair?
Unconventional Solutions helps manufacturing plants, wastewater facilities, and industrial operations repair damaged infrastructure with advanced composite repair and corrosion control systems.
Whether you need an Elastomeric Repair on a Spillway, fiberglass repair, gasket repair, or leak repair solution, our team can help identify the right products and process for your application.
Call USI at 248-735-7000 or contact us today to discuss your repair project.
36″ Pipe Refurbishment for Water & Wastewater Facilities
Cost-Effective Pipe Repair for Severely Corroded Wastewater Infrastructure
When a wastewater treatment plant discovered severe corrosion on a 36-inch metal pipe, full replacement was not the ideal solution. Replacing the entire pipe would have cost the plant over $100,000, creating a major expense and likely operational disruption. Instead, the facility turned to Unconventional Solutions for a practical 36″ Pipe Refurbishment system using proven surface preparation, metal repair, and reinforcement materials.
Project Overview
Application: 36″ Pipe Refurbishment
Industry: Water & Wastewater
Substrate: Metal
Completion Date: May 2025
Products Used: USI Universal Cleaner, MBX Bristle Blaster, Resimetal 302, Resimetal 301, and Resimac Reinforcement Tape 807
The Problem: Severe Corrosion on a 36-Inch Pipe
The wastewater treatment plant was dealing with a severely corroded 36-inch pipe. In water and wastewater environments, corrosion can quickly become a serious operational and safety issue. Moisture, chemical exposure, harsh service conditions, and aging infrastructure can all contribute to metal loss and pipe deterioration.
For this facility, replacing the entire pipe would have exceeded $100,000, making replacement expensive and disruptive. The plant needed a repair option that could restore the pipe, reinforce the damaged area, and help avoid the cost of full replacement.
That made 36″ Pipe Refurbishment the right solution.
The Solution: Surface Preparation, Metal Rebuilding, and Reinforcement
The repair process started by removing loose rust and debris from the pipe. Proper surface preparation is critical for any successful pipe refurbishment project because coatings and repair materials need a clean, prepared substrate to perform properly.
Next, an MBX Bristle Blaster was used to prepare the pipe surface and achieve an acceptable surface profile. Once the surface was ready, the area was cleaned and degreased using USI Universal Cleaner.
After preparation, Resimetal 302 was applied to rebuild areas of metal loss. This helped restore the pipe profile and create a stronger repair base. The repair was then reinforced using Resimetal 301 and Resimac Reinforcement Tape 807. A final layer of Resimetal 301 was applied to complete the system.
The result was a successful 36″ Pipe Refurbishment that helped the client avoid full pipe replacement while restoring confidence in the damaged asset.
Benefits of 36″ Pipe Refurbishment
A properly designed 36″ Pipe Refurbishment system can deliver major benefits for water and wastewater plants, especially when replacing the pipe would be expensive or difficult.
Key benefits include:
- Helps avoid costly full pipe replacement
- Restores areas affected by corrosion and metal loss
- Reinforces damaged pipe sections
- Reduces risk of further deterioration
- Extends service life of aging wastewater infrastructure
- Minimizes downtime and operational disruption
- Provides a practical repair path for hard-to-replace piping
- Allows facilities to address corrosion before failure occurs
Why Refurbish Instead of Replace?
Pipe replacement is not always the most cost-effective answer. Large-diameter piping in wastewater plants can be difficult to access, expensive to remove, and disruptive to replace. When a pipe still has enough remaining structure for a properly engineered repair, refurbishment can be a smarter option.
With the right surface preparation, repair materials, and reinforcement system, 36″ Pipe Refurbishment can help facilities control costs while protecting critical infrastructure.
For this wastewater treatment plant, refurbishment helped avoid a replacement cost of more than $100,000 while giving the client a successful repair solution.
Need Help With Corroded Wastewater Piping?
Unconventional Solutions helps water and wastewater facilities repair, reinforce, and protect aging infrastructure with advanced composite repair and corrosion control systems.
Whether you are dealing with a 36″ Pipe Refurbishment, severe pipe corrosion, metal loss, or an expensive replacement project, our team can help identify a practical repair solution.
Call USI at 248-735-7000 or contact us today to discuss your pipe repair application.
48″ Pipe Refurbishment for Water & Wastewater Infrastructure
Restoring a Corroded 48″ Ductile Iron Pipe Without Costly Replacement
When a water and wastewater facility identified severe corrosion on a 48″ ductile iron pipe, the risk was too significant to ignore. The pipe had been damaged by H₂S exposure, creating corrosion and wall loss that could eventually lead to rupture, downtime, and expensive emergency repairs. Because the plant was originally built in 1956 and the pipe was located in the basement, full replacement would have been complex, disruptive, and costly. Instead, the client chose a smarter path: 48″ Pipe Refurbishment using advanced composite repair and corrosion control coatings from Unconventional Solutions.
Project Overview
Application: 48″ Pipe Refurbishment
Industry: Water & Wastewater
Substrate: Ductile Iron
Completion Date: February 2026
Products Used: Resichem 501, Resimac 301, Resimac 302, Resimac 701, Resimac 703, Resimac 704, and USI Universal Cleaner
The Problem: Severe Corrosion from H₂S Exposure
Hydrogen sulfide, commonly known as H₂S, is a major corrosion challenge in water and wastewater environments. Over time, H₂S exposure can attack ductile iron, steel, concrete, and other critical substrates, leading to wall loss, weakened infrastructure, and increased risk of failure.
In this case, the facility’s 48″ ductile iron pipe showed severe corrosion and deterioration. A rupture in this location could have created serious operational and safety concerns. However, replacing the pipe would have required significant planning, demolition, downtime, and cost due to the age of the facility and the pipe’s basement location.
That made 48″ Pipe Refurbishment the preferred solution.
The Solution: Composite Repair and Long-Term Corrosion Protection
The repair process began with proper surface preparation. Loose debris was removed, and the area was cleaned using USI Universal Cleaner to prepare the substrate for repair.Next, Resimac 701, 703, and 704 were applied to provide reinforcement and help contain pressure. This composite repair system added strength to the deteriorated pipe without requiring full replacement.
The final step was applying Resichem 501, a corrosion protection coating designed to help protect the repaired surface against future chemical attack and corrosion.
Benefits of 48″ Pipe Refurbishment
Choosing 48″ Pipe Refurbishment instead of full replacement helped the facility address the immediate corrosion concern while protecting long-term infrastructure performance.
Key benefits included:
- Restored pipe profile where corrosion and wall loss had occurred
- Added structural reinforcement using composite repair materials
- Reduced risk of rupture and unexpected downtime
- Avoided the complexity and cost of full pipe replacement
- Added long-term corrosion protection against harsh wastewater conditions
- Extended the service life of aging ductile iron infrastructure
Why Refurbish Instead of Replace?
For aging water and wastewater facilities, pipe replacement is not always the best or most practical option. Large-diameter piping, especially in difficult-to-access areas like basements, tunnels, plants, and pump stations, can be expensive and disruptive to replace.
A properly selected 48″ Pipe Refurbishment system can help facilities:
- Reduce capital expenses
- Minimize operational disruption
- Protect critical infrastructure
- Address corrosion before failure occurs
- Extend asset life with proven repair materials
For facilities dealing with corrosion, H₂S exposure, wall loss, or aging ductile iron pipe, refurbishment can be a highly effective alternative to replacement.
Need Help With a Corroded Pipe?
Unconventional Solutions helps industrial, municipal, and utility facilities repair and protect critical infrastructure with advanced composite repair systems and corrosion control coatings.
Whether you are dealing with a 48″ Pipe Refurbishment, H₂S corrosion, wall loss, or aging water and wastewater infrastructure, our team can help identify a practical repair solution.
Call USI at 248-735-7000 or contact us today to discuss your pipe repair application.
