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Sodium analyzers are online devices used to track the amounts of sodium in pure and ultrapure liquids as well as in the chemistry of the power cycle. An ion selective electrode and reference electrode are used in the online continuous analyzer known as Sodium Analyzer to monitor the sodium content. Online water and steam quality monitoring and control can be done using sodium measurements.
After pH conditioning, the sodium analyzer makes use of an ion-selective electrode measurement. To minimise the impact of temperature or other ions on sodium measurement, sample pH conditioning is crucial.
Online water and steam quality monitoring and control can be done using sodium measurements. The measurement outcomes are a reliable predictor of condensate leakage and potential turbine damage.
With little human involvement, Sodium Analyzer allows early detection of trace sodium contamination in a water system. It is the perfect answer for in-line salt monitoring in steam cycle chemistry or ultrapure water.
The Global sodium analyzer market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
ECD’s Model NA6 Sodium Analyzer is an online sequential sample analyzer for sodium at very low trace levels. The sodium measurement is based on the glass sodium electrode’s glass sodium electrode, which has been shown to be accurate for online potentiometry detection of tiny ppb quantities of sodium.
After the pH of the sample is increased to 11 to remove pH and ammonium interference, the sodium sensor creates a voltage proportional to the log of the sodium content. Reagent vapour addition is used to achieve this. The three independent parts of the NA6 Sodium Analyzer are each equipped with a lockable door.
The bottom section is the LIQUIDS section to guarantee total separation between the electronics. It covers all of the elements involved in the sample and reagents’ sensing, flow, mixing, and reaction stages. The standard solution is in the middle area, and the electrical enclosure is in the top section. The controller PCB assembly, the main power supply, and the touch screen interface are all included.
Thermo Fisher Scientific Inc.’s Orion 2111XP is perfectly adapted to satisfy the rigorous requirements of high purity water measurements and high acid-cation exchange applications, all in one system from one of the most trusted names in sodium analysis.
The Orion 2111XP is available in three application packages, each of which is specifically developed to meet the evolving needs for successful sodium analysis.
Yokogawa Electric’S measurement outcomes are a reliable predictor of condensate leakage and potential turbine damage. In the end, salt monitoring lowers the cost of producing, transmitting, and distributing power.
Power generating water applications such feedwater, boiler water, deaerator inlet/outlet, condensate discharge, and economizer input are perfect for the WE420.
The WE420 maximizes uptime and is incredibly simple to operate. It has straightforward, scrolling setup instructions for calibration, operation, and diagnostics menus.
Without the use of difficult moving components or pumps, which frequently require frequent care and expensive spare part expenses, the WE420 minimizes operator time and maintenance. Due to the WE420’s minimal reagent usage, reagent consumption can be extended for up to three months.
Endress+Hauser’s Highly precise online water quality monitoring is offered by CA76NA, which also enables quick detection of crucial events. They plan for preventive maintenance to keep the power plant operating is supported by the sodium analyzer.
The CA76NA sodium analyzer keeps an eye on low sodium levels in the utilities and electricity sector. an indication of the steam and water purity utilized in turbines and boilers.
There is early notification of condenser leaks or ion exchanger malfunctions, in power plants that employ desalination plants as their water source, the quality of the incoming water is under control.
