Water Main Break
Emergency Response Systems for Water and Wastewater High Quality Hose for Water and Wastewater

What Causes A Water Main Break

What Causes A Water Main Break?

Water Main Break

Every day 850 water mains break across the U.S, and since 2000 there have been over 6.5 million total breaks. These breaks can be damaging and costly to fix and affect primarily those who had nothing to do with its failure. 

While repair is an issue, cleaning up excess water and providing a temporary water transportation solution are also concerns. Without even considering the costs of emergency equipment and work delays due to traffic problems, there’s already a lot to worry about. 

Why Do Water Mains Break? 

Anything could happen to a water main in your area, but there are a few common factors that result in an accident. 

Weather conditions

At the top of the list of factors affecting water main breakage is the temperature. Cold weather weakens pipes because of the constant expansion and contractions, making breaks are more common in the winter. 

The cold temperature also causes pipes to become more brittle. On top of this, it hardens and contracts the ground and puts more stress on the lines themselves. 

Natural Wear And Tear

Nothing can last forever, and that’s especially true with America’s water main systems. The constant pressure of water flowing through pipes combined with external stressors means that they must be ready to withstand anything. And well, they’re not. 

Corrosion is a massive issue in our pipe systems because most older pipes are made of cast iron, which propagates bacterial buildup. Similarly, cast iron is more brittle and can’t withstand constant expansion from temperature changes leading to cracks. 

There are even some older sewer pipes made of clay which also breaks easily. Of course, wear and tear can take its toll on any material, but it is more common among these older and out-of-date resources. 

General Accidents

If one thing is true about people, it’s that we are capable of breaking anything, including a century-old underground pipe system. These types of breaks most commonly occur during construction work or excavation. 

Heavy machinery can easily break even newer water mains. At the same time, an older main can break simply by one person striking it with a shovel. 

When these types of accidents happen, they can effectively halt whatever work causes them. 

Who Is Responsible For A Broken Water Main? 

When it comes to fixing a broken water main, the property owner will generally be the person responsible. If a water main in a home breaks, it will be up to the homeowner to solve it. There are, obviously, services that they can call, but they will have to pay for it themselves. 

These private water main breaks are luckily nowhere near as damaging as a public main break. This is because public water systems control the flow of water to an entire area, meaning that they handle a much larger load of water. 

A public water main break is costly and interrupts critical services, which is why cities tend to have their own above groundwater transportation systems to deal with the fallout. 

If you have ever seen a water main break, you would know that cleanup takes up most of the work because an above-ground transportation system allows the broken main to continue functioning as normal. 

How To Know If There Is A Broken Water Main Near You

There are several easy ways to know if there is a broken water main near you. First off, your town or city will likely post alerts on social media when a water main breaks. They may even alert you to the services that it is impacting and whether you should take a detour or not. 

In your home, here’s a simple checklist to run through if you are worried about having a broken water main. 

Check For

  • Puddles Of Water
  • Hissing Or High Pitched Whistling Noises
  • Low Water Pressure
  • Unexplained Spike In Your Water Bill

If you encounter or cause a local water main problem, make sure that you notify the proper public services. The faster that the issue resolves, the better it will be for everyone. 

Preventative Measures

While it is impossible to prevent every water main break, there are few precautions you can take to reduce the risk. 

Have routine inspections on your water mains to make sure there are no signs of structural damage. The assessment can point you towards any older or damaged pipes so you can repair them. 

While you’re at it, you can also replace any old and worn-out iron pipe systems with new PVC piping, which is more resistant to strain and overall better for water quality. 

Lastly, you can invest in an above-ground water transportation system. These are flexible solutions that assist in both water removal and temporary service restoration. 

What Does An Above Ground Water Transportation System Do? 

Above ground, water transportation systems are both pipe replacement and water removal solutions. They are commonly used in areas with severe flooding to remove water quickly and efficiently, so they should have no problem dealing with a water main break. 

More important is their ability to completely supplement the water main to ensure no service loss during repairs. In addition, these systems can come with their own trailers and have solutions for crossing roads and pavements. 

Cities and towns rely on them because they are flexible tools to efficiently deal with any scenario, which can be critical in a high-pressure situation such as this. 

flooded road in essex
Emergency Response Systems for Water and Wastewater High Quality Hose for Water and Wastewater

The Importance Of A Flood Control System: How To Prevent Disaster And Recover From Floods

The Importance Of A Flood Control System: How To Prevent Disaster And Recover From Floods

Pumping Out Flood Water

 

People tend to think of flooding in black and white terms, meaning either a couple of inches of water in their basement or a disaster-level event that’s forcing boats into the streets. 

While you should prepare for both of these scenarios, there is an entire range of potential flood risks to any area. How you can be best prepared will depend on your local resources and environmental hazards. 

There’s a lot to consider, and if your flood control systems fail, you will need ways to quickly and effectively remove the water before it can cause further damage. 

What Is A Flood Control System?

A Flood control System includes any preventative measures taken to lessen the impact of floods. It can range anywhere from creating reservoirs to preventing rivers from flooding or preparing sandbags and inflatable tubes.

The exact flood control strategies will vary on a location-by-location basis. While every town and city has a flood control plan, not everyone has to worry about it. Some officials wouldn’t even remember they had a plan when the time came. 

In NYC, the subways are closed off with “flex gates” in the event of a flood preventing excessive damage to its railways. 

New Orleans, on the other hand, is protected by a series of levees and floodgates. As you would expect, New Orleans has a lot more at risk because of how much of its ground is below sea level. 

The fact is that even in low-risk areas, an unexpected flood can be incredibly damaging. Therefore, it is in everyone’s best interest to prepare to protect both personal safety and property damage. 

This also means having emergency personal and disaster responders trained in how best to handle flooding. In most cases, the flooded area will need to be evacuated for individual safety and to speed up water removal. 

Even when handled in the best possible way, it is impossible to negate the flood effects completely. As with any natural disaster, you can expect a certain level of damage. It then becomes the responsibility of disaster responders to minimize as much of the risk as they can. 

What Causes Floods?

There are many causes of floods, most of which are natural. However, it is possible that preventative measures failing or a water main/wastewater system breaks can cause flooding. 

Intense rainfall, strong winds over water, or even unusually high tides could all be reasons for an unexpected flood. In addition, the quality of soil can impact flooding, as it decides how much water will be absorbed by the land. 

How severe the flooding is will depend on what causes it and if any other conditions are coming into play. It won’t always be a pleasant and sunny day when it floods. Inclement weather could do its part in causing flooding and impeding response measures. 

When a river floods with no warning, this is called a sudden flood. These floods can be the most damaging because they are the hardest to respond to effectively. 

In any situation, how people respond to this type of disaster will be critical. Unfortunately, most people are not trained in flood response and never expect they’ll need to be, making the eventual failure of flood control systems a rude awakening for everyone involved. 

What About When Flood Control Fails?

When flood control measures fail, there can be extensive damage to personal property and personal injury. Of Course, nobody wants this to happen, which is why each state has disaster response teams to evacuate individuals from the dangerous area. 

Unfortunately, emergency personal can’t evacuate cars and homes. So until the floodwater clears, they will be at constant risk. 

Top 5 Damaging Effects of Floods

  1. Health and Safety Risks
  2. Loss Of Life
  3. Emotional Hardship
  4. Property Damage
  5. Economic Loss

A severe flood can and will impact all areas of life for everyone involved. Imagine losing the entire first floor of your home and everything in it, as well as your car’s interior. To make matters worse, not all insurance companies cover flood damage, so any damage would be unrecoverable. 

Remember that getting everyone out of the flooded area is always the priority. Property is essential but not so much that it should cost anyone’s safety. 

Once the cleanup has started, and everyone is on their way to a relief shelter, solving water buildup becomes the priority. Local wastewater systems can only handle so much, and leaving the overflow to dry won’t be an option. 

Responders need a safe, effective, and reliable system to remove water without putting themselves at any additional risk. This means attacking the problem with a bunch of buckets probably won’t be much help either. 

One of the best ways to deal with floodwater is an Above Ground Water Transportation System. Similar to how you might clean your pool, but on a larger scale, these above-ground systems are portable means of sucking up large quantities of water. 

It can either be directly into a transportation container or just out of the flooded area. The best of these systems are durable and flexible enough to fit any scenario. They can be helpful as well for dealing with water main breaks. 

Protect yourself and the people you serve by being prepared for any scenario. Don’t take floods lightly, be prepared, and stay flexible. 

Water Distribution Hose
Emergency Response Systems for Water and Wastewater Fittings and Coupplings High Quality Hose for Water and Wastewater Resources

Water Distribution in California: What hose should you use?

Water Distribution Hose

An article for water distribution providers

Have you had a situation where providing potable water was critical?

Maybe the only way possible was thru a lay-flat hose. Many water distributors go thru this dilemma. This can happen via water main breaks, planned outages, pipe rehabilitation, or some contractor who thought the water main was 5 feet in the other direction.

As a water provider, you must do your due diligence on providing the safest and efficient method of delivery to your customers.

California Regulation On Water Distribution

In the state of California, it is suggested to use an “NSF-61 rated lay-flat hose for drinking water, due to its high-quality material and rigorous tests.”

According to the California Code of Regulations, “No equipment used in the generation process shall be in contact with a drinking water, or a chemical to be applied to drinking water, after March 9, 2008, unless the equipment has been tested and certified as meeting the specifications of NSF” (Title 22, Section 64591.CA Code of Regulations)

Hose For Water Distribution

It is important that you use the right lay flat hose for water distribution. As noted above, California requires you to use an NSF-61 potable hose for drinking water.

Check the requirements within your own state’s guidelines before making your purchase.

Fittings and Couplings

Furthermore, you must ensure your fittings and couplings are rated for water. Led free brass is usually available but on the expensive side. Plastic is usually the way to go, but they only go up to 2”. If you have a bigger diameter you need, you will have to go with aluminum fittings and couplings.

Most aluminum fittings start at 4” in the United States, you can get a 3” NSF hose, but you will be hard-pressed to find aluminum fittings in 3” that connect to NSF hose other than fire hydrant fittings. Typically, 4” 6” 8”10” 12” are the larger sizes that aluminum fittings have the capability for connecting to NSF hose via Victaulic couplings and fittings.

How To Use A lay flat hose during water main break
Emergency Response Systems for Water and Wastewater Fittings and Coupplings High Quality Hose for Water and Wastewater Resources

The Benefits Of A Lay Flat Hose

How To Use A lay flat hose during water main break

The public will wait for movies, dinner tables, and Black Friday but NOT water! As a water distributor, your response time to a break or disaster is constantly being monitored by the public. A lay flat hose program bridges the gap between break and repair, giving you back crucial time to repair your hard pipe.

Benefits Of Using A Lay Flat Hose

Response times using a lay flat hose are much faster than with a hard pipe, even though the lay flat hose is only a temporary solution. Having a flexible pipeline solution is critical to any situation when you aren’t sure where you will be working.

A lay flat hose pipe can transport a high volume of water quickly, efficiently, and without error so that you can focus on solving the issue at hand.

The lay flat hose will not solve all your problems but will definitely give you another tool out in the field, where things rarely go as imagined. When it comes to disasters or water main breaks, you’ll need any resource available to fix your problem.

In a flood, it is also better for first responders to utilize an above-ground water transportation system, as it is safer and more effective. Most people do not realize how dangerous a flooded area can be. Sending people in with buckets just doesn’t cut it.

  • Made of resilient materials
  • Extremely flexible making them perfect for unpredictable emergencies
  • Long life spans mean you get the most out of your investment
  • Accessible to store and transport
  • Lightweight

Water Distribution Systems

The best water distribution systems allow the user to go from a hydrant using NSF 61 potable hose for drinking water to a meter or hose bib. These systems allow you the flexibility to lay a pipeline down a block or many blocks. Proprietary road ramps are also used to enable efficient handling of hose across roads.

No system is perfect, and whether it be on the home or city level, things are bound to break down. However, the right above-ground water transportation system is critical for dealing with floodwater and wastewater.

Likewise, over 850 water main breaks across the United States every day, adding up to over 6.5 million total breaks. In each of these instances, not only will responders need to clear away water before it can deal more damage, but they will need a temporary water transportation system to keep everything moving.

Dealing with a water main break and cutting off water for an entire block are two completely different issues entirely. That’s why Lay Flat Hoses are made up of a highly flexible and resistant material that can go across streets and sidewalks alike.

How To Choose Between Lay Flat Hoses

There are plenty of heavy-duty hose solutions available online, but how do you choose a high-quality option? You want something better than the run-of-the-mill backwash hose at your local big-box retail store.

To put it in perspective, most people will go through a standard pool hose once a year through natural wear and tear. Chances are, these hoses are flimsy and won’t hold up to the pressure of backwashing their pool.

Something like a 50 ft hose kept by the pool section won’t stand up to a water main break, especially not as a permanent solution. Water main breaks especially espouse a higher volume of water and take longer to fix. So choosing the wrong hose in this situation could potentially damage your efforts and people’s health.

Emergency Response

Water main breaks and floods can cause damages to property and create dangerous environments. Nobody wants someone to get hurt because you don’t have the proper equipment to deal with a disaster.

For these critical scenarios, you’ll need a water hose designed to satisfy industrial applications. It should come equipped with the proper hose fittings and an emergency response transportation solution. Specialized distributors will offer customized hose assembly and are prepared to deal with water discharge.

lay flat hose system

 

With a pump or hose reel-mounted pump, you can bypass sewer lines or promptly remove water from flooded areas from point A to point B.

Not only is a lay flat hose effective at dealing with most natural disasters, but it is safe for both the user and anyone nearby, which is the most important goal in a disaster situation.

Lay flat hoses are even used to help combat deadly wildfires as they are perfectly designed to bypass the debris and chaos of the situation to get water where it needs to go.

Permanent Solutions

A lay flat hose can also be used as a permanent solution. In our company history, we have had several cases where utilities use their NSF lay flat hose as means to get water to people for months and even years. The most challenging aspects of providing NSF hose as a permanent solution are general safety procedures.

Likewise, if a utility does have to cross streets with the hose, they should have a good solution on how to do it. Without crossing roads with the hose, the most significant concerns are safety and making sure the hose will hold at the pressure you want. In general, NSF hose working pressures can hold pretty high. For example, 1″ has a working pressure of around 350 PSI and 4″ around 250 PSI with most NSF hose manufacturers.

Check Out Our Selection Of Lay Flat Hoses And Accessories!