New Degassed Cation Conductivity System For Detection Of Corrosive Contaminants In Power Plants

The METTLER TOLEDO Thornton DCC1000 System offers a new design for conductivity measurement for power cycle chemistry monitoring. This system provides assurance of water purity to maximize power production and minimize corrosion.

(PRWEB) - High purity water is used in the water/steam cycle in power generation and maintaining its purity is essential to ensure that sensitive equipment such as turbines are not damaged by contaminants. As a leading manufacturer of process analytics instrumentation, METTLER TOLEDO Thornton has launched the the DCC1000 Degassed Cation Conductivity System for use in pure water applications in power plants. The system will help technicians make the best decisions for increasing load as well as for plant operations.

"Monitoring corrosive contaminants is very important at all stages of power plant operation; while starting up the plant, monitoring these contaminants can ensure the water quality is adequate for bringing the plant online, and in a running plant, monitoring power steam quality can ensure contaminant limits specified in turbine warranties are met" said Akash Trived, METTLER TOLEDO Thornton Global Product Manager.

"With accurate and reliable conductivity measurements using UniCond® conductivity sensors, the DCC1000 System confirms water purity to maximize power production and minimize corrosion" he said. "We designed the DCC1000 System specifically with ease of installation, use and maintenance in mind, offering the user an accurate and reliable monitoring system that is also easy to operate."

For more information on the METTLER TOLEDO Thornton DCC1000 Degassed Cation Conductivity System, visit: http://bit.ly/1DYKdlA 

ABOUT METTLER TOLEDO PROCESS ANALYTICS 
METTLER TOLEDO Process Analytics division develops and manufactures instruments and sensors used for liquid process measurement and control in pure and ultrapure water applications, offering measurements of conductivity, pH, dissolved oxygen, dissolved ozone, oxidation reduction potential (ORP), sodium, silica, total organic carbon (TOC) and flow. METTLER TOLEDO Process Analytics division consists of two business units, Ingold and Thornton, whose products are commonly used in industries such as: 

•     Microelectronics manufacturing
•     Pharmaceutical and biotechnology
•     Power and steam generation
•     Brewing, food and beverage production
•     Chemical, gas process and refining industries

For additional information, visit http://www.mt.com/pro