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November 2022 Newsletter
This quarter we have been working with integrators to understand how best to adapt our sensor so it can be easily integrated into different platforms. We want to work with sonde manufacturers to ensure our Read more…
Unlike other pH sensors that need frequent re-calibration, ANB's patented technology means that the sensor is calibrated in-situ without the need for manual intervention. This means a massive reduction in operating costs.
Solid state pH sensors can fit on any vehicle or sonde and can retrofit into the reference chamber of any glass electrode.
A solid state pH sensor that can be stored wet or dry without any degradation of performance.
A smart calibration-free sensor means that it is suitable for networking and IOT.
Existing pH technology, the glass electrode, has been around for almost 100 years. Millions of glass electrodes are sold each year to meet the need for measuring pH in fields such as pharmaceutical, water management, food & beverage, environmental & ocean monitoring. While the glass electrode is the accepted go to sensor for pH measurement, it suffers from a fundamental operating issue, the need for manual calibration because of reference electrode drift. Reference electrode drift reduces the accuracy of the sensor and adds up to 70% of the operating cost of the sensor.
We have developed a new electrochemical sensor technology which uses the market accepted, ubiquitous glass electrode, but provides for autonomous, in-situ, calibration of the electrode. This lack of manual calibration provides the following value proposition:
Our technology is also the basis for a solid-state sensor that will open up whole new markets. The solid-state pH technology provides further value building on in-situ calibration, including:
This quarter we have been working with integrators to understand how best to adapt our sensor so it can be easily integrated into different platforms. We want to work with sonde manufacturers to ensure our Read more…
As our field trial results continue to come in, we wanted to highlight some really exciting results. THE most frequent question we are asked is “Does the sensor suffer from biofouling?” Although we have done Read more…
The start to the year has been fast-paced, sending out a number of sensors for trials as we extend the operational capability of our sensor. This work has culminated in the launching of our AQ Read more…