Protect Your Property: Understanding Backflow Hazards
Learn how backflow hazards threaten your New Jersey property’s water supply, which prevention devices are required, and the compliance steps you must follow in 2026.
Today, South Jersey Backflow was called out to Toms River, NJ, to conduct an annual backflow preventer test for the town’s public park irrigation system. The Toms River Public Works Department manages several parks, and they contract us yearly to ensure compliance with New Jersey water safety regulations.
The backflow preventer in question was an Ames C200 Reduced Pressure Zone Assembly (RPZ), designed to protect the municipal water supply from contaminants like fertilizers, pesticides, and organic debris that could enter the system through the sprinkler heads.
The C200 RPZ was installed in a partially buried concrete enclosure near the park’s maintenance shed. During our initial inspection, we observed:
We then set up our test kit and performed a full backflow test:
Although the unit passed testing, we performed preventive maintenance to ensure longevity:
After completing the maintenance, we:
Before leaving, we advised the maintenance team to:
Another successful job completed for South Jersey Backflow, keeping Toms River’s public parks safe and compliant!
Learn how backflow hazards threaten your New Jersey property’s water supply, which prevention devices are required, and the compliance steps you must follow in 2026.
Learn how New Jersey property owners can implement water backflow prevention, meet N.J.A.C. 7:10-10 compliance, and protect their water supply with this step-by-step guide.
Customer Type: Commercial – Office Building with Irrigation and Cooling System Manufacturer: Ames Model: 3000 Reduced Pressure Zone Assembly (RPZ) Today, South Jersey Backflow was in Montclair, NJ, servicing the backflow preventer for a large office