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When commercial pipelines have to be repaired, it often can cause some major disturbances for businesses. The flow of business can be disrupted for days or even weeks depending on the extent of the repair. Luckily, having commercial pipelines repaired or replaced doesn’t have to be stressful or disturb the flow of daily business. CIPP, or cured in-place pipe, repair provides a way to fix damaged pipelines without causing a huge fuss. Here is how commercial CIPP repair aims to limit business disturbances.
Uses Trenchless Technology
Tearing up the ground in and around your business isn’t necessary when it comes to repairing pipelines. Traditional commercial repair methods often leave businesses turned upside down. These methods require digging large trenches or digging into walls in order to expose the damaged pipeline. With CIPP repair, there is no reason to tear your business apart just to fix commercial pipes. CIPP only requires access through a manhole or a small entering to fix the entire pipeline. This means that your business and landscaping is left alone during CIPP repair.
Faster Repair Process
Traditional repair methods can take days to complete. This means that your business could potentially be without vital elements such as water or waste removal for days. While this may not be a big deal for some businesses, it can shut others down for the duration of repairs. Commercial CIPP repair is faster than traditional repair methods. CIPP installation only takes a few hours to complete. This means that your business is only without commercial pipelines for hours rather than days.
Longer Periods Between Repairs
Even after the trenches are filled and the holes are patched up, traditional repair methods don’t last as long as CIPP. With CIPP repair, you don’t have to worry about pipeline repairs for years. This is because CIPP uses a resin material instead of metal, which is commonly used with traditional pipeline repair methods. Resin isn’t as susceptible to the elements as metal which means that it lasts several years longer. Having larger periods in between repairs means less delays and disruptions.
When it comes to commercial pipelines, CIPP repair is the way to go. CIPP aims to limit business disturbances by using trenchless technology, providing quicker repairs, and allowing for longer periods between restoration. Having commercial pipelines repaired isn’t stressful with cured in-place pipe repair. Choose CIPP for a no delay, no disturbance pipe repair method.
Pipe renewal is the term given to the process of CIPP or trenchless repair of existing pipes. It involves relining or otherwise repairing your pipes so that they perform like they are new. Replacing your pipes is the more traditional approach to dealing with a broken pipe. Pipe replacement uses standard dig-and-replace methods. These two are the only branches of pipe repair, although trenchless replacement also exists as a combination of the two. So, why would you choose to renew your pipes instead of replacing them? As it turns out, there are certain benefits to pipe renewal, some of which are dealt with here.
They Cost Less to Install
Using trenchless technology to renew pipes is one of the best ways to do so simply because it costs far less to install renewed pipes through liners and other methods. This means that a certain amount of funding for a pipe repair project can be used to repair a much larger length of pipe than a standard pipe replacement would. In the most basic sense, more work is being done for the money invested in the project, which is always more desirable for a business.
There is a Lower Chance of Inflow in Sewer Pipes
If the pipes being repaired are part of the sewer system that carries waste away to treatment plants, renewing pipes can have major advantages. Relining using CIPP can result in a reduction of the risk of infiltration and inflow. This is the term given to the situation where clear water such as rain water from storm drains and the surface seeps into the sewer pipes. This can dilute the waste in these pipes leading to overflowing of the sewer system and increased cost to treat the larger volume of waste water. Relining a pipe all but eliminates the chance of this infiltration and inflow happening.
Leakage is Eliminated in the Sewers
For sewer repairs, there is always the risk of leaks. Leaking pipes with waste in them can lead to serious damage to the ecosystem. Waste that enters the surface can also lead to diseases being spread, bad living conditions, and even pollution of drinking water supply and local water sources. With pipe replacement, leaking is common because of the destructive method used to replace these pipes. When you use pipe renewal like trenchless technology instead, your chances of wastewater entering the local system are drastically reduced.
Lowered Risk of Joint Problems
Arthritis aside, pipes can also be afflicted with joint problems when replacing them. Bad connections at joints can lead to leaks, fractures, and corrosion. Relining or renewing a pipe using CIPP and other methods takes the risk of this away. This is mainly due to the lack of joints inside the pipes, as such methods turn the entire length of pipe that is renewed into a long smooth surface.
Relining and Renewing Increases Durability
According to multiple studies, it has been found that relining a pipe improves its resistance to corrosion. When you replace a pipe, you just give the elements a chance to work their corrosive power on the new length of pipe. With relining, corrosion resistance of the entire pipeline is increased. The lifetime of the pipe is more, and it is more durable too. If the pipes are being used to transport corrosive chemicals, their oxidizing effects on the metal of older pipes is eliminated when the pipes are relined with CIPP.
Overall, there are many advantages to pipe renewal. You get more durable, cost-efficient pipes that last for longer. These pipes are immune to both infiltration and exfiltration of the contents. CIPP and trenchless pipe replacement are the best ways to renew your pipes, as opposed to completely replacing them.
Trenchless pipe repair and rehabilitation technology like CIPP and others is the new best way to repair broken or outdated pipelines. In this article, we will delve into the basics of trenchless technology, its history, and the many methods involved in the process. As one of the single fastest-growing methods of rehabilitation in the industries of plumbing, civil engineering, and construction, this technology deserves to be understood.
What is Trenchless Technology?
At its most basic level, one can define trenchless technology as the repair of pipes including sewer and water pipes without digging continuous trenches to expose the pipeline. It has its own set of methods, its own specialized equipment, and its own materials. All of these can be used to repair an underground pipe network without the extensive upheaval of soil and buildings.
While in the past, trenchless technology like CIPP was only used in larger applications like road construction and sewer drain repair, the 21st century brought a few changes. The demand for methods to reline pipes on a smaller scale rose, so the technology was adapted to suit these requirements.Today, an engineer can monitor the entire process, from the quality of the resin used to re-line a pipe using CIPP.
Methods Used and Applications
There are two applications in which trenchless technology can be used – installing new pipes and rehabilitating older ones. New pipes make use of methods like mini-horizontal directional drilling and micro-tunneling, among others. Rehabilitation uses CIPP and methods like pipe bursting instead. Both of them are ultimately non-destructive when compared to traditional methods used for these applications. The methods used are below:
- Mini horizontal directional drilling – this is a method for installing small pipes that are quite long (usually 300ft) at shallow depths (up to 15ft). All types of pipes can be installed using this method. Common applications include water and cable installation.
- Microtunneling – this is another trenchless installation method that is quite advanced. A laser-guided, remote-controlled pipe jacking system is used to install pipes of varying diameters. Pipes of up to 1500ft can be installed like this in soil conditions like clay or rock. Depths of up to 100ft below the ground can be reached using this.
- Pipe bursting – this replacement method is used in congested city areas and suburbs to minimize traffic disruption. An existing manhole or access point is used. The old pipe is split open by dragging a bursting head of larger diameter through the length of old pipe. New piping is dragged behind the head to replace the old one.
- CIPP – CIPP is a sewer pipe rehabilitation process where manholes and other existing systems are used to repair the pipes from inside out. A lining material is used to reinforce a faulty pipeline before it fails. The CIPP liner involves a tube made of fabric coated with resin that can adhere to the existing pipe and harden under heat.
- FFP – Newer than CIPP, the FFP process involves installing plastic re-liners that are folded up and sent into the manhole. The liner is folded up into a tiny area so that it can enter any diameter of pipe. Once in the desired location, hot water or steam is used to heat the material up, causing it to expand and round out until it fits snugly with the existing pipe. This is also a rehabilitation process.
Trenchless technology is quickly becoming the method of choice for governments and private businesses alike. With methods like CIPP, pipe bursting, and horizontal drilling, allowing for precise, non-destructive, and efficient pipe installation, replacement, and repair, traditional trenching methods will soon be obsolete. It is important that you understand the potential benefits of trenchless technology and incorporate it into your own operations.
CIPP and other trenchless pipe replacement technologies, such as bursting have become far more popular today than they ever used to be. There are many applications of trenchless methods, but there are also limits that prevent or interfere with their use in specific situations. Here are some of the ways in which the limits of pipe bursting interfere with its effectiveness.
Where Can Pipe Bursting be Used?
Bursting can be used in pipes from two to 36 inches in diameter, although there are records of larger pipes being replaced like this too. The larger a pipe is, the more the ground is displaced during the bursting process, which is why it is considered too risky to burst pipes over 42 inches in diameter.
Brittle materials used in pipes are easier to burst. These include concrete, clay, some types of plastic pipes, and cast iron or asbestos. You can’t burst ductile iron and steel piping, although another method called splitting can be used for this. Up to 400 feet of piping can be burst in one session (the same distance as between two manhole covers).
Geotechnical Engineering and Conditions Can Limit Bursting
Like CIPP, bursting is an underground project. Prior to the undertaking of pipe bursting, accurate data on the soil and the environment must be provided. In a typical geotechnical analysis, the soil is thought to be an element in three phases which are rock, water, and air, with the water and air filling the gaps between particles of rock. The viability of soil for pipe bursting is determined by the type of rock particles in it, the distribution of these grains, the size of the particles, and the amount of water and air found in the gaps between the particles. If the soil being displaced by the bursting process is made into a more compact, denser form immediately, it is ideal for this application.
However, if the soil is crumbly and doesn’t get compacted easily, there will be a lot of movement on the surface as the soil is displaced during the project. This can cause injuries and damage to surface vehicles and equipment. Soil that displaces too easily can also start to close up the insertion and replacement holes before the process is complete, leading to more stress on the pipe being inserted. Thus, the biggest limits of pipe bursting are trenches, compact soil, angular sands, and similar soils that increase the force needed to burst through.
The Condition of Groundwater at the Site
Just like with CIPP and other underground projects, groundwater causes many difficulties. For example, the groundwater at the site could lead to the pipe being buoyed up. If this were to happen, it could make it more difficult for the bursting head to follow the preset path. Groundwater can also start to fill the insertion and reception pits, increasing drag and stress on the pipe and possibly fracturing it over time.
Obstruction in the Existing Pipe
Cleaning pipes prior to pipe bursting is important. Obstructions, such as tree roots, in existing pipes can cause disruptions in the replacement process. Pipe replacement using pipe bursting can be limited if there is something in the path of the bursting head as it follows the old pipe. Other forms of obstruction also include the buildup of compacted soil, garbage, or even a section of the pipe that has collapsed due to failure.
Reinforced Lengths of Existing Pipe
Reinforced lengths of existing pipe are considered another limit to pipe bursting. The principle behind bursting is that it must literally burst through the older, more brittle pipe. However, by using materials like steel rivets and point repairs to reinforce existing pipes, the process of pipe bursting is directly affected. The efforts to replace brittle pipes is thwarted because of these harder materials.
Pipe bursting is a very useful trenchless pipe replacement process that can have serious advantages when used in the right conditions. While trenchless technology is growing and becoming more popular, it is not without its limits. It is a good idea to keep these limitations in mind to prevent any surprises when replacing your pipes using the pipe bursting method.
Is your home or building starting to smell like sewer? Do you have lush green patches appearing in your yard or an out-of-blue rodent problem? These are just a few key signs of possible sewer pipe failure. It’s important to address signs of pipe failure, and know when it’s time to call for CIPP repair.
Regular Sewage Backups and Blockages
If you had your sewage pipes cleaned and are still experiencing constant back-ups every time you flush, wash dishes, or drain your water, then it’s possible you have an underlying pipe issue. Some causes of pipe failure include tree root intrusion and cracked, broken, or deteriorating sewer lines. A sewer video inspection detects the underlying cause.
Sewer Gas Odor
Your home or business should never smell of sewer gas. With the exception of roof vent stacks, a properly sanitized sewer should be extremely airtight. Any smell of sewer is a sure sign of a crack or opening within your lines. This a clear sign to contact your CIPP technician immediately.
Lush Green Patches in yard or lawn
Everyone loves having lush green grass that comes from properly watering, but it could be a sign of possible sewer problems. Surprisingly, sewage is a great fertilizer. A crack within your pipes allows the drainage to provide nutrients to your lawn, producing a luscious green appearance.
A sure-sign that you need a CIPP technician is cracks in your foundation. You might also notice the birth of sinkholes. These are sure-signs that the main sewage line has sprung a leak under your slab. Contact a CIPP technician immediately.
You’ve had pest control out multiple times and are still seeing rodents, this could actually be a sign of a break in your or the city sewer lines. Rats love sewers and a break in the pipes provides an open door into your walls. Given the fact that rats play host to a multiple of life-threatening diseases, scheduling a video inspection of your sewer is definitely advised.
Just as a break is an open door for rodents, the same applies to cockroaches. All the American cockroach needs is a crack no thicker than a quarter and your home or building has become their new habitat. Once inside, these pesky bugs stir up allergens that can have an adverse reaction, especially in children with asthma. An insect company can temporally cure the problem; however, only a CIPP technician will be able to pinpoint the cracked pipe and their revolving door.
Pipe failure has many symptoms. Should you be experiencing any of the fore mentioned issues, contact a professional CIPP repair technician. Knowing that you can resolve these issues will bring you peace of mind.
Nothing is more frustrating for a home or business owner than when sewer issues arise. The cost of repairs, downtime and overall clean-up can be extremely overwhelming. A Cured-in-place pipe (CIPP) can alleviate these concerns and address the plumbing needs of your home or business with minimal cost and labor.
CIPP is a seamless, joint-less pipe-within-a-pipe that can rehabilitate pipes that range from 0.1-2.8 meters in diameter. Take a look at the advantages of implementing a CIPP application to solve sewer, gas, water and pipeline issues for your home sewer repair or business sewer repair.
Excavation is not Required
CIPP reduces leaks and infiltration in pipeline systems without the requirement for digging. Because this process uses a pipe-within-a-pipe approach, you need not worry about your yard or landscaping being destroyed. The new pipe inserts into the old pipe, inflates, and then cures in place. Less digging means less mess.
Once installed, A CIPP resists chemical damage and also deflects roots. This allows for sewers and pipes repaired through the CIPP process to have a durability of 100 years.
CIPP pipeline repair requires minimal workforce repair. One or two individuals are normally enough to accomplish this rehabilitation. In turn, reducing the cost of a heavy workforce and allowing you to spend your money elsewhere.
CIPP pipeline repair is environmentally safe. Common pipeline repair methods can cause leakage and possible spreading of potential diseases. During the repair process, your CIPP professional keeps sewage contact to a minimum; leaving your home or business clean and safe from any possible harmful insects or illnesses (such as West Nile and Zika viruses).
By embracing and using modern technology, CIPP pipeline repair alleviates your headache by making the process more efficient and less tedious. As already mentioned, CIPP eliminates the need to excavate, which means less time and labor. All of this makes the pipe repair process simple and efficient.
Modern technology provides a CIPP technician the ease of problem detection and a quick repair. Technicians utilize video inspection, allowing them to pinpoint exactly where your problem lies. This in turn, gives them the ability to correctly address your plumbing needs.
By utilizing the advancements of innovation and technology, CIPP has steadily risen as one of the greatest home and business sewer repair inventions of our time. Home and business owners alike are receiving an upgrade in quality service and are enjoying a turn-around in budgets.