![]() The Detection Group, based in Sunnyvale, Calif., revealed that one of its larger accounts is a real estate holdings and development firm, a company with a portfolio of 80-plus Class A office and mixed-use commercial buildings in 13 states. In addition, leak detection and prevention technology can automatically send notifications and diagnostic information to any number of recipients they can even integrate with building automation systems or security systems. After all, systems today are capable of merely warning of a leakage (even if minimal), but also can be programmed to shut off the water supply to specific equipment, areas of a building or even the entire facility. Pressure sustains the flow of fluids even if there’s a leak.Īfter careful consideration of the potential sources - and risks - of leakage, facility managers will want to consider who is using the water, or what systems or technologies are connected to it, as well as the consequences if the source of water is shut off.Īnswers to these questions should help facility managers or building owners determine what leak detection and prevention technologies to employ. Within commercial facilities, large domestic water systems, HVAC and hydronic systems, fire-suppression sprinkler networks and process fluid systems contain large volumes of water - many of which are pressurized. The first step to safeguarding a facility from the risks of water damage is to choose a solution that fits the potential for risk. Leak detection is a straightforward task, yet with many variations according to need and technology that varies according to its mission. Among the many advantages of these components and systems is they can be installed in hard-to-reach places to provide consistent, round-the-clock monitoring. Products that help to accomplish this include water sensors, notification systems and alarms, and automatic shut-off valves. The best way to reduce the potential for damage is to use technology designed to detect and stop the uncontrolled water flow. The longer a leak persists, the greater the potential impact of water damage, the insurer notes, which can harm a building’s structure, incur costly repairs and replacement costs, force relocation of employees or tenants, create business interruption, require mold mitigation expenses, and even cause reputational damage. Global insurer Zurich Insurance Group claims data indicates that undetected water leakage in buildings remains one of the leading drivers of noncatastrophic property losses from both a frequency and severity standpoint. Water damage can come from a wide range of sources, such as a burst water pipe corroded or frozen sprinkler systems clogged drains leaking fixtures, faucets or toilets or leakage from outside. Yet, the downstream threat of mold growth can be of greater concern. Of course, there’s the risk posed by water to tenants, building infrastructure and data systems. Essentially, every building is at risk of water damage from undetected leaks - water in the wrong place can easily lead to serious, very expensive problems.Īnd without some means of early detection, by the time a leak is discovered, it’s often too late the damage has begun. Environmental Protection Agency - the cause of $10 billion to $15 billion in annual insurance claims.ĭomestic water plumbing, HVAC or process liquid leaks occur daily in a broad range of facilities nationwide. ![]() ![]() The result: One trillion gallons of water is lost to leaks each year nationwide (residential and commercial data), according to the U.S. Every commercial structure in America is vulnerable to the threat of water damage caused by leaks. Water leaks from within a building and the damage they cause are a risk to any facility, 24-7-365. ![]()
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