Waste Water Treatment

The water treatment industry faces growing challenges: increasingly strict environmental regulations, pressure to reduce operating costs, minimize chemical usage, and improve the quality of treated water. Contro Valve offers reliable and innovative solutions through partnerships with globally recognized manufacturers.

• Endress+Hauser, a leading manufacturer of industrial measurement instrumentation, provides a comprehensive range of devices for monitoring and controlling water and wastewater processes. This includes flowmeters (Promag, Promass, Prowirl), level sensors (Micropilot, Liquiphant), pressure sensors (Cerabar, Deltabar), temperature sensors (iTHERM), and analytical instruments for pH, turbidity, chlorine, and more. These tools enable continuous monitoring, process optimization, and compliance with the most demanding standards.
• MSA Safety offers fixed gas detection systems designed for humid and high-risk environments in water treatment facilities. The TriGas X5000 monitors oxygen, methane, and hydrogen sulfide in critical areas such as wet wells and pump stations. The TG5000 detects chlorine, sulfur dioxide, combustible gases, and oxygen variations, ensuring the safety of personnel and infrastructure.
• ABZ manufactures high-performance butterfly valves, available in locally assembled or imported versions from 1" to 20". Their double and triple offset designs provide excellent resistance to abrasion and chemicals, with full options for pneumatic and electric actuators. These valves are ideal for both manual and automated water treatment applications.
• Richter Process Pumps & Valves, a German manufacturer since 1957, offers fluoropolymer-lined process pumps and valves for the most corrosive environments. Their product line includes magnetically driven and mechanically sealed chemical process pumps, PFA/PTFE-lined shut-off, control, and safety valves, and solutions certified to ATEX and FDA standards. The SAFEGLIDE® PLUS plain bearing system provides optimal protection against dry-run conditions, even in the harshest operating environments.