If you have back-flow prevention devices installed at your home or business, it's important to make sure they're working properly. That's why routine inspections are so important, and required by you local water company. We perform certified backflow testing for our customers in Nassau County and Western Suffolk County.
Backflow testing is important for multiple reasons, as outlined in the provided information. Here's a recap:
1. Ensure Proper Functioning: Routine backflow testing confirms the proper operation of backflow prevention devices installed in water or irrigation systems. By conducting inspections, any flaws or leaks can be identified and repaired promptly. This proactive approach reduces the risk of contaminants entering the Long Island drinking water supply, thus ensuring its safety.
2. Identify Areas for Improvement: Backflow preventers are mechanical devices that undergo ongoing advancements to enhance their effectiveness and efficiency. Through testing, professionals can assess the system and identify potential areas for improvement. They may have knowledge of new solutions or upgrades that can optimize the performance of your system, leading to better protection against backflow incidents.
3. Shared Responsibility: The safety of the water supply is a collective responsibility shared among the industry, companies, and individuals. Companies like Backflow Devices Testing & Repair recognize this shared responsibility and prioritize the commitment to their customers' health and safety. By conducting certified backflow testing, they actively contribute to keeping the Long Island water clean and pure. They strive to identify and address any issues with the backflow prevention system, aligning with their company motto of working together to protect the drinking water.
In summary, backflow testing is vital for verifying the functioning of backflow prevention devices, discovering areas for system improvement, and actively participating in maintaining the safety of the water supply. By ensuring the integrity of these systems, the risk of contamination is minimized, and the health and safety of individuals and the community are upheld.