pH Neutralization System
Burt Process Equipment's pH Plus family are engineered, integrated and completely prepackaged units with automatic controls and instrumentation designed for ease of installation and maximum reliability. These pH Neutralization Systems provide completely automatic pH adjustment of wastewater. The compact design of offers a minimum size footprint and minimum installation expense. Due to the integrated design of the pH Neutralization Systems only influent, effluent, and vent piping along with electrical line power connections are required in the field. All components are thoroughly tested prior to shipment to ensure reliability and ease of start-up.
The Assured Compliance System (ACS) is a skid mounted pH Neutralization Systems that treats continuous flow streams employing “hybrid batch technology” developed by Burt Process Equipment, the leader in pH Neutralization Systems for over thirty years. The new ACS series of pH systems accept wastewater on a continuous basis at a flow rate of up to 300 GPM and a pH of 1 – 14.
The Lab Master family series of pH Neutralization Systems are specifically designed for difficult to adjust low ion waste streams typically found in laboratories using high purity water and chemicals. This family of pH Neutralization Systems utilizes pretreatment feed systems to enable fast and accurate pH Neutralization Systems with minimal chemical usage. If your process uses deionized water consider a Lab MASTER, BPLM pH Neutralization Systems.
Burt Process Equipment's Spec Master pH Neutralization Systems series is a premier line of pH Neutralization Systems designed to meet the most stringent specifications for quality, reliability and durability. Our Spec Master system single and dual stage designs incorporate the highest quality components built to fit your wastewater needs. The pH systems are designed using a single stage or two-stage flow through treatment process. Waste streams requiring more stringent to controls/incorporate a batch treatment process for balancing pH.