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Thursday, December 1, 2022

How FloodStop Systems Help Prevent Flood Damage

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One way to prevent flooding is to invest in a FloodStop system. These water disaster prevention systems can be programmed to shut off the water supply as soon as the water is detected. If you have this system installed in your home, you can hear an audible alarm to tell you that floodwaters have entered your property. FloodStop systems can be linked to your home’s existing alarm system, automation system, or auto-dialer.

Detecting water loss from unexpected appliance failures

A significant percentage of all residential flood damage claims are caused by household appliance failure. Although periodic inspections and maintenance can reduce the chances of significant water damage, they are not a guarantee of flood prevention. 

Intelligent investors protect their assets by preventing water-related claims. It starts with choosing the right water detection product. Smart home devices offer full functionality and scalable applications for property managers. For instance, a smart home device that automatically detects water loss can reduce insurance claims by hundreds of thousands of dollars. These devices are easy to install and use and can help prevent flood damage from unexpected appliance failures.

Detecting water loss from hose ruptures

Detecting water loss from hose rupture in flood stop systems is essential to flood control and prevention. Water leakage is one of the leading causes of liability and property damage, as well as the cost of emergency overtime repairs. Leakage can also impact other infrastructures and the environment. Detection of leaks is only the first step toward eliminating them. Here are some methods to help utilities detect leaks.

Protecting utility systems from flood damage

In flood, utility systems are particularly vulnerable. Typical targets include pad-mounted utility transformers, underground electrical service laterals, and electrical meters. Additionally, standby power equipment like portable generator connectors and an on-site generator are at risk, as well as electrical feeders and service drops. In addition, supply equipment such as pumps, transformers, and meters can also be at risk.

Dedicated branch circuits should be used to supply components below flood elevations. Electrical conduit should be designed to make it easier to replace components impacted by floodwater. After a flood, electrical isolation is necessary to restore power to the affected areas. It is a good idea to install flood-stop systems at the end of branches, as these systems can be easily removed after the flood.

Many building owners and operators may try to protect their utility systems from flooding by installing flood-stop systems or securing them behind a floodwall. If these fail, a better alternative is to elevate utility systems. While elevation is not feasible for every building, it is still an effective measure for reducing flood damage. Flood-resistant utility systems will be easier to clean and restore than their counterparts.

Using braided hoses to prevent flooding

You can use braided hoses to prevent flooding if you live in an area that experiences floods. They’re reinforced and flexible and can be used in many applications. Braided hoses can transport water and other fluids around your home or workplace and are also useful in municipal utility systems. These hoses have several benefits, including increased durability and safety.

The coupling nut is one of the most significant risks of a bursting metal braided hose. This fastener connects a metal braided hose to the water supply lines, and a faulty coupling nut will cause the hose to rupture. This failure can occur under normal household water pressure. Depending on the pressure and the location of the failure, the hose can inundate a home with a few gallons of water per minute or up to 180 to 500 gallons per hour.

Using sandbags to prevent water from coming through low windows

Sandbags are lightweight, durable, and easy to use. They are filled with white granular cross-linked polyacrylamide and bind together when wet. This material acts as a barrier to water, so you can use them to protect your home. Use sandbags strategically around your home to protect from flooding, and don’t forget to place them outside low windows, too.

The sandbags should be tight against each other so water cannot get in. If a storm comes, you can also place a flood barrier in a high place, such as a basement. Also, you may try to use a flood stop valve to ensure the effectiveness of your system.

To install sandbag barriers, place them about three feet from the bottom of an erodible slope. If possible, place sandbags eight feet away from your building. Ensure the barrier has a clear flow path downhill and around your building. Make sure to follow these guidelines and keep yourself safe. And don’t forget to wear work gloves and protective eyewear to protect your hands and eyes.

Using a self-closing flood barrier

Using a self-closing flooding barrier is an excellent solution to the problem of flood damage. Flood barriers require minimal setup time and provide a higher level of protection than other barrier methods. This innovative technology uses no hinges or seals, instead relying on water pressure and gravity to lower itself into a passive state. The barrier’s aluminum or composite panels are made to withstand various conditions, and their design eliminates the need for routine maintenance. In comparison, other barrier types require regular testing and maintenance.

Typically, flood protection systems are constructed with textile or metallic elements. Although both materials have benefits, these materials tend to have limitations in terms of cost, reliability, and application range. 

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