Case Study on Serbia's Largest Power Facility
Case Study

Case Study on Serbia's Largest Power Facility

Case Study

Upgrading Water Chemistry Analytics

Contamination in Power Plants
Contamination in Power Plants

Upgrading a power plant is no easy task. It means negotiating with numerous contractors and suppliers and takes a great deal of planning. For analytical water chemistry equipment, assuring fast and efficient support is as important as how well the equipment performs. EPS is Serbia's state-owned power company and operates the largest power facility in the country. It operates a number of plants in the country, including TPP Nikola Tesla, which is a complex of four plants situated around Belgrade.

EPS completed a five-year upgrade of the water chemistry analytics equipment at TPP Nikola Tesla B. METTLER TOLEDO offered EPS leading-edge analytical solutions consisting of the 2800Si silica analyzer, pure water optical dissolved oxygen (oDO) sensor, UniCond®conductivity sensors, pHure LE pH sensors and multi-parameter M800 transmitter.

Read the case study to see why EPS was highly satisfied with the performance and reliability of the METTLER TOLEDO equipment.

METTLER TOLEDO offers a wide range of products for the power industry:

For silica determination, METTLER TOLEDO has replaced the 2800Si Analyzer with the next-generation 2850Si Silica Analyzer, uniquely combining a proven measurement methodology with value-driven innovation. The 2850Si Analyzer offers reliable and accurate on-line, trace-level measurement of silica and can also verify proper phosphate levels in your water stream.

The pure water optical dissolved oxygen sensor has been designed specifically for demanding power plant and microelectronics applications. It requires very little maintenance and offers exceptional measurement accuracy and stability.

UniCond conductivity sensors can measure from ultrapure water all the way up to seawater with high accuracy. The built-in measuring circuits and analog to digital signal conversion enables performance far exceeding that of conventional sensors.

The pHure LE sensor provides very accurate pH measurements for ensuring the purity of power plant waters. It uses free-flowing liquid electrolyte to provide the most accurate pH measurement available for pure waters.

M800 multi-parameter transmitter provides simultaneous monitoring of one, two or four in-line sensors of multiple parameters for process control.