Aquatic Total Alkalinity Measurement via pH Variation

The patent uses pH as an intermediary parameter to indirectly measure total alkalinity. Instead of directly measuring alkalinity with complex titration equipment, the system measures pH at two different points (before and after adding a known amount of acid) and calculates total alkalinity from the pH change. This intermediary approach simplifies the measurement system while maintaining accuracy.

The patent replaces mechanical/chemical titration systems with an electronic pH measurement system. Instead of using burettes, indicators, and manual titration procedures, the invention uses electronic pH sensors and automated acid dosing, substituting mechanical operations with electronic control and calculation.

The system uses a floating reference electrode that automatically maintains its position and function without requiring manual intervention or replacement. The reference electrode floats on the water surface and self-adjusts to provide stable reference potential, eliminating the need for consumable reagents and reducing maintenance requirements.

The patent changes the measurement parameter from direct alkalinity measurement (requiring reagents) to pH measurement (using electronic sensors). By measuring pH before and after controlled acid addition and calculating alkalinity from the pH differential, the system eliminates the need for consumable chemical reagents while maintaining measurement precision.

The patent implements continuous or near-continuous pH monitoring using electronic sensors, replacing discrete test strip measurements. The system continuously measures pH, automatically adds acid when needed, and calculates total alkalinity in real-time, providing continuous useful action rather than intermittent manual testing.

The system incorporates feedback control where pH measurements are continuously monitored, and acid dosing is automatically adjusted based on the measured pH values. This closed-loop feedback mechanism ensures accurate total alkalinity measurement while automatically compensating for variations in water composition and conditions.

The system performs automated sample handling, acid dosing, pH measurement, and data calculation without requiring expert intervention. The floating reference electrode automatically positions itself, the system autonomously adds acid based on pH readings, and the controller automatically calculates total alkalinity, making the system self-sufficient and eliminating the need for skilled operators.

The patent replaces manual expert operations with automated electronic systems. Instead of requiring technicians to perform titration, interpret color changes, and calculate results manually, the system uses electronic pH sensors, automated dosing pumps, and computer algorithms to perform all measurements and calculations automatically.