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pH/ORP Frequently Asked QuestionsHow often should I calibrate my pH sensor? The calibration interval needed for pH is highly application-dependent. The more unifo... |
Simple pH Measurement in Low Conductivity Water
pH probes and sensors have a difficult time measuring in low-conductivity water found in power plant cycle chemistry and microelectronics manufacturing applications. Until recently this required a measurement sensor, a reference sensor, a temperature sensor and a flow bowl. This is no longer necessary with the right selection of pure water pH electrodes.
Less pH Error With Liquid Flowing Electrolyte
Typical gel electrolyte pH probes are prone to error in low-conductivity water. While pressurized gel can reduce that error, a liquid flowing electrolyte is generally recognized to provide the most accurate measurement in pure water that has a low or very-low conductivity measurement.
Easy Maintenance Without Particle Accumulation
These pure water pH sensors are installed in a low volume housing that prevents particles and sludge from accumulating and slowing down the response of the sensor. Additionally, buffer containers provide support for the electrode during buffer calibration. These combined with the fact that no external pressurization is needed, ensure easy maintenance for your pure water pH and ORP sensors.
Plug and Measure with Intelligent Sensor Management
Pure water pH sensors offer Intelligent Sensor Management (ISM) technology to help improve numerous day-to-day processes. For startup and calibration, sensors can be calibrated under lab conditions with calibration data stored in the sensor's connector. Then they can be transported out to the process where they can measure without any additional calibration. They also have a digital connection to reduce interference.
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Learn more about our pH probes and meters for reliable measurement in pure waters
Case Studies
This case study explains how an Indian pure water fabricator was faced with challenges during a power plant expansion project to meet the plant's qual...
This case study explains how Veolia Water Technologies was granted the building services contract for the National Graphene Institute and so turned to...
This case study explains how EPS, Serbia's state-owned power company, was planning a five-year upgrade of the water chemistry analytics equipment of t...
Applications
This application note explains how power plants can reduce the risk of corrosion through pH control of their water treatment.
ORP is also used in other process and wastewater applications, including monitoring reducing conditions in power plant cycle chemistry, covered later...
This application note explains about calculation of pH and carbon dioxide from power plant conductivity measurements.
Power plant cycle chemistry guidelines and standards specify narrow ranges of pH to minimize corrosion of highly valuable components. In addition, mak...
Extended Product Information
Thornton is the leader in pure and ultrapure industrial water monitoring instrumentation used in semiconductor, microelectronics, power generation, ph...
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