04/27/2026
Hands‑on training, real‑world support, and solutions built for critical water systems.
Water Districts operate complex, large‑scale irrigation networks where system stability, asset protection, and operational reliability are critical.
Transient pressure events, such as pump startups, shutdowns, or power failures, can pose a serious risk to pipelines, reservoirs, and downstream assets. That’s why surge protection and controlled system behavior are essential components in irrigation infrastructure projects.
Recently, our team supported the Kern-Tulare Water District with the installation and setup of BERMAD’s Surge‑Anticipating Control Valve from the 700 Sigma Series — a 10” 735 control valve. In this application, the valve plays a key role in protecting the pipeline from surge events and preventing the line from draining back into the reservoir, helping maintain hydraulic stability and reduce operational risk.
The BERMAD 735 Surge‑Anticipating Valve is designed specifically for infrastructure systems where rapid pressure changes can cause damaging surges. By responding automatically to pressure fluctuations, the valve helps absorb surge energy, control pressure spikes, and protect the system without the need for external power — making it a reliable solution for critical irrigation networks operated by Water Districts.
The project was supported end‑to‑end by Arthur Howell, our Regional Sales Manager, who worked closely with the district throughout the process — from selecting the right solution to supporting field implementation.
As part of the installation, Anthony Purcaro, our Sales Engineering & Support Lead, was on site providing hands‑on training — guiding the district’s team through valve operation, pilot settings, and control loop behavior under real operating conditions. This level of on‑site engineering support is especially important in Irrigation Infrastructure projects, where system performance, reliability, and long‑term operation depend on correct configuration and understanding in the field.