Mettler Toledo: Good pH Measurement Practice

Key Training Points

• What is pH and why we measure it
• pH measurement principals
• Calibration
• Good practice for measuring

In laboratory analysis, pH measurement is a fundamental yet often overlooked hero. However, even the most straightforward tasks can lead to unexpected pitfalls if not performed with precision.

Imagine a lab where every pH reading is spot-on—analyses are consistent, reliable, and yield top-notch results. This isn’t just a dream; it can be your reality! Join our informative webinar, where we'll guide you through the essentials of pH theory and measurement processes. We’ll also provide expert tips on sensor maintenance and troubleshooting, ensuring you have all the guidance to measure pH confidently.

Accurate pH measurements are critical across fields, including healthcare, environmental science, and biotechnology. Calibration is an essential procedure in your pH measurements to produce reliable and consistent readings. Over time, pH electrodes are affected by contamination and aging, leading to inaccurate readings. The calibration process addresses these deviations by setting a reference point for precise pH measurements.

This webinar not only offers the necessary theoretical concepts but also provides a clear and practical demonstration of measuring pH in the laboratory environment. The whole measurement process is then backed up by theoretical descriptions of acidity and alkalinity measurements.