OPUS® technology achieves a high water recovery rate, producing effluent suitable for reuse. The major benefits for Power Plants is an increase in the cycles of concentration in your cooling tower, resulting in reduced water and chemical use while minimizing waste discharge from your facility.
OPUS® Technology is a patented Optimized Pretreatment and Unique Separation process developed for the treatment of complex wastewater streams such as cooling tower blowdown. OPUS Technology utilizes reverse osmosis (RO) operated at an elevated pH. The pretreatment processes ahead of the RO are designed to reduce the hardness, metals and suspended solids in the feed water. The elevated pH of the RO feed water effectively controls biological, organic and particulate fouling, eliminates scaling due to silica, and increases the rejection of silica and boron.
Chesterton has increased service worldwide with the SpeedSeal® Program. These fully integrated production facilities rely on advanced computer controlled equipment combined with flexible tooling and semi-finished material to provide you with a broad selection of proven designs and a wide range of high performance materials with same day shipment.
The RIO M Series produces Mixed Oxidant Solution (MOS) chemistry for water disinfection and is systematically optimized for ease of use, reliability, and performance. The RIO is modular which means MOS disinfection chemistry output can be easily expanded 5X without increasing the footprint – just add more cells to the cabinet! Leading the industry in salt and energy conversion, the RIO can ensure the lowest life-cycle cost for your facility.
The heated Self Compensating Duct Probe (SCDP-H) has been designed for use in temperatures as low as -40 °C. When used with a GDA aspirator, it provides a complete duct sampling system capable of operating in hazardous areas. The SCDP-H allows simple, trouble free, representative sampling of duct environments.
ABB Instrumentation introduces a new generation of smart HART temperature transmitters.
Rosemount Analytical has designed the Model 400A Hydrocarbon Analyzer for high sensitivity, stability and safety. The Model 400A uses the flame ionization detection method in a field-proven design to provide reliable performance in analysis in high purity gases and trace levels of hydrocarbon contaminants in ambient air or other gases.