When pH measurement points are exposed to slurry, aggressive chemistry, remote locations or difficult maintenance access, sensor selection should start with the application. IC Controls helps match the sensor, analyzer and installation approach to the process.
Mineral processing environments can combine abrasive solids, variable chemistry, scaling, coating, remote installations and limited maintenance access. That means the complete measurement design matters.
Leach, neutralization, flotation, tailings and water treatment streams can expose sensors to very different chemical and physical conditions.
Immersion, retractable, sample panel or floating-platform installations each create different requirements for sensor access, protection and wiring.
Good measurement planning should consider calibration workflow, cleaning intervals, spare sensors, cable protection and the real conditions operators face.
For tailings ponds, remote tanks, pump houses, valve stations and process areas, the measurement challenge is often not only the sensor. It is the complete path from the measurement point to reliable operator visibility.
Read the blog: Designing for Successful pH Measurement in Mine Tailings Ponds
Use these questions to frame a practical technical review before committing to a sensor, analyzer or installation approach.
Identify whether the measurement is in leach, neutralization, flotation, tailings, scrubber water, reclaim water or another process area. The application should drive the sensor choice.
Solids, slurry, precipitates, films and reagent carryover can affect sensor response and reference junction performance.
Consider pH range, oxidizers, sulphides, cyanide service, acid strength, temperature and chemical compatibility before selecting the sensor body and reference design.
Immersion, retractable, in-line, sample panel or floating installations have different requirements for access, protection, cleaning and safety.
A good system should make calibration practical for operators and should preserve confidence in measurement history and sensor condition.
Remote locations may require digital communication, appropriate extension cables, weather-resistant connections and accessible analyzer placement.
Define the goal: tighter process control, reduced maintenance, improved visibility, safer service access or better reliability in a difficult measurement point.
Use these product pages as starting points for a technical discussion about the right measurement approach for your mineral processing or hydrometallurgy application.
Digital water analysis platform
Consider SensorFlex for flexible online measurement architecture, digital pH workflows and distributed mineral processing measurement points.
Harsh aggressive process pH
Evaluate the Model 648 for aggressive hydrometallurgy and demanding process chemistry where material compatibility and application fit are critical.
Retractable pH sensor option
Consider the Model 607 where safe service access, removal, maintenance planning and minimizing process disruption are important.
For remote measurement points, reliability often depends on the practical details: protected cabling, appropriate connectors, accessible analyzers, clear maintenance routines and environmental protection.
IC Controls can help review the complete measurement point so the sensor, analyzer and installation approach work together.
Discuss Your Application
Share a few details about your process and IC Controls can help identify the right starting point for the sensor, analyzer and installation approach.
