Winter Maintenance Guide: Frozen pipes

A Winter Maintenance Guide to Preventing Frozen Pipes 

As the weather gets more frigid with each passing day in many parts of the world, it's important to be prepared for freezing temperatures. Frozen pipes are notoriously known to cause a significant amount of damage every year, and can result in thousands of dollars in damages if not handled correctly. When water freezes and expands, pressure builds, and vulnerable pipes are likely to burst. The smallest crack in a pipe can spew hundreds of gallons of water, resulting in flooding, mold, and structural damage. Unlike winter storms, bursting pipes are largely preventable with the right preparation. Here are a few tips on how to prevent frozen pipes, how to thaw frozen pipes before they burst, and how to avoid water damage before it’s too late:

Preventing Frozen Pipes

When temperatures drop below -6° C for at least six consecutive hours, pipes are at a risk of freezing. In order to mitigate the risk, it’s crucial to consider the following:

Insulate pipes: Pipes that are exposed, pipes that run through exterior walls, and pipes that are located in unheated crawl spaces, attics, and basements are all highly susceptible to freezing. To build thermal protection around pipes, it’s important to use materials like tubular foam, pipe wrap, and heat cable to raise water temperatures by -15.56° C.    

Seal leaks: Air leaks around electrical wiring and vents allow frigid temperatures to make their way around vulnerable pipes. Look for cracks around the building and tightly seal with caulk, weatherstripping, or additional insulation materials to keep cold air outside.

Keep consistent temperatures: Thermostats should be kept at a consistent temperature throughout the day and night. Dropping the temperature indoors at night may offer a lower heating bill, but adjusting below 12.78° C during extreme cold can cause a devastating strain on both pipes and furnaces.   

Thawing Frozen Pipes

If only a few drops of water trickle out of a faucet when it’s freezing outside, there’s a good chance the pipes are frozen. In this stage, it’s not too late to take action before they burst:  

Apply heat: Slowly apply heat using an electrical heating pad, a space heater, or hot towels. Be cautious of using appliances in areas of standing water to avoid electrocution. Start by warming the pipe as close to the faucet as possible, gradually moving towards the coldest portion of the pipe.   

Keep water running: While treating the pipes, keep faucets turned on to allow a consistent flow of water. As the frozen area begins to melt, running water will assist in preventing pressure buildup and blockages that can cause a burst. 

Check all faucets: If one pipe is frozen, it’s likely not an isolated situation. Check all faucets around the building for dripping water and repeat the heating process until all water pressure is restored.  

After Pipes Burst

When frozen pipes go undetected and untreated, ice blockages will likely cause pipes to burst. After the burst occurs, it’s critical to take immediate action. 

Contact a water restoration expert: When it comes to mold and bacteria, time is the enemy. Everything that comes into contact with water must be properly dried, cleaned and disinfected within 48 hours to avoid residual damage. Trained professionals know the quickest, safest, most efficient ways to salvage the building and its contents by measuring and recording temperature, moisture, and humidity.  

Shut off water: Locate the main water supply and shut it off to stop the heavy flow of water. Leave faucets on to relieve the pipe of remaining pressure and cold water. If the leak occurred near any electrical sockets or fuse boxes, it’s crucial to turn electricity off.  

Remove standing water: The longer water stays in the building, the higher potential for mold and mildew issues. Remove as much water and moisture from the area as possible, while waiting for the experts, using a durable dehumidifier and high-speed air mover. Carpeting, drywall, rugs, cloth, and other porous materials are the most vulnerable to damage. 

But if disaster does strike, check out our blog on Disaster Restoration Solutions.

4 FAQs About Temporary Containment Wall Systems

FAQ #1: What are temporary containment wall systems?

During construction projects, contractors can spend a lot of time and money building temporary containment walls to keep dust and harmful particulates from leaving the construction area. Like our solution, SHIELD WALL™, many temporary wall system panels are built on galvanized steel frames that provide extra durability for years of reuse. Unlike traditional drywall and poly sheeting methods, which are typically disposed of after each project, temporary wall systems help companies save money in as little as three uses depending on the scope of the project. But, it's not just reusability that makes temporary walls the best option for your project. Many walls on the market today provide additional protection like sound attenuation and fire ratings, but it's important to know what you really need to get the job done - Without over selling. 

If you’re new to our blog and would like more information on SHIELD WALL™ for construction containment, click here.

FAQ #2: Do I Need a Fire Rated Containment Wall System?

No. Contrary to popular belief, a cumbersome, heavy and expensive fire-rated wall is not always necessary. According to the National Fire Protection Association’s 241 guidelines, a non fire-rated temporary containment solution is permitted when there is a working sprinkler system in place. However, if the sprinkler system is deactivated or affected in any way, a fire watch protocol should be established until it’s operational again. That being said, it's important to be aware of the fire resistance of the product you are using. For instance, SHIELD WALL is ASTM E-84, NFPA Class A & IBC Class A.

When making your decision on the right materials for the job it’s important to understand your local regulations and reach out to experienced suppliers for detailed information on temporary panel usage.

FAQ #3: Do temporary containment walls block sound?

Yes, many temporary containment walls have sound attenuating capabilities. In fact, in critical environments, such as healthcare facilities, construction noise can be intolerable and disruptful to patients. To help, hospitals are starting to rely on reusable containment walls to reduce noise in occupied adjacent areas so that renovation projects aren’t disruptful to patients, employees, and customers alike. After all, a loud environment can be distressing for patients and can prevent them from getting the rest that is necessary for recovery. 

Additionally, in commercial spaces such as corporate offices, data centers, colleges and universities, airports and shopping centers, sound attenuation decreases disruptions, and allows for a “business as usual” atmosphere.. And as an added bonus, modular walls are more aesthetically pleasing than alternative solutions. With a professional, sleek appearance, modular wall systems give facilities the ability to conceal the construction area from occupied areas in a way that traditional methods often can’t support.

FAQ #4: What should I look for in a temporary wall provider?

It’s clear that modular wall containment systems have many advantages over traditional methods, such as drywall. Aside from providing sound attenuation and fire resistance capabilities, modular wall systems boast several benefits like cost effectiveness, ease of use, and sustainability. In order to find a solution best suited for your needs, it’s important to choose a solutions provider that can help you find the best financial route and provide guided buying expertise. By selecting a company that offers a consultative approach to sales, you can ensure that you’ll find  a long-term solution to your short-term projects.

Looking for more? Check out Reusable Modular Walls Are Becoming The New Standard