摘要 : Safe drinking water is critical for a population's health and well-being, whether delivered through large municipal systems or community provision. Ensuring a reliable supply requires both the careful management of water sources a... 展开 Safe drinking water is critical for a population's health and well-being, whether delivered through large municipal systems or community provision. Ensuring a reliable supply requires both the careful management of water sources and effective treatment and disinfection of water extracted for human consumption. While there are many stages in the water treatment process, each reliant on a range of analytical and measurement techniques, one of the most important operational water quality parameters is pH.1 Whether pH measurement is conducted in the field, laboratory, or integrated on-line within the treatment process, the reliability and accuracy of measurements depend on the design and manufacturing quality of the electrodes used. With the right design features, electrodes can ensure fast, accurate pH response in a variety of sample measurements under many different conditions. This article examines how advances in electrode design are enhancing the speed, stability, and accuracy of pH measurement to support efficient water testing workflows. 收起