ZP understands that one of the most important chemical parameters to measure across industries and applications is pH. One of the biggest issues with pH measurement is the need for calibration and so we are delighted to announce ZP’s calibration free pH measurement technology, These calibration free pH sensors are available on ZP’s SenseItAll (SIA) platform, which both digitizes the data and stores each measurement on the Cloud.
At ZP we are excited to hear from developers, academics, entrepreneurs and businesses who would like a calibration free pH sensor in their application.
1. Water Treatment:
• Drinking Water: pH is monitored to ensure that drinking water is within acceptable ranges for human consumption.
• Wastewater Treatment: pH levels are controlled to optimize the efficiency of biological treatment processes and to meet environmental regulations.
2. Agriculture:
• Soil pH: Monitoring soil pH is essential for agriculture. Different crops have specific pH preferences, and adjusting soil pH can impact nutrient availability.
3. Chemical Processes:
• Manufacturing: pH is often a critical parameter in various industrial processes, such as chemical production, where specific pH conditions are required for reactions to occur efficiently.
4. Food and Beverage Industry:
• Food Processing: pH affects the taste, texture, and shelf life of food products. Monitoring and controlling pH is important in food processing to ensure product quality and safety.
• Beverage Production: pH is crucial in the brewing of beer, production of soft drinks, and other beverage manufacturing processes.
5. Biological and Medical Applications:
• Biological Research: pH regulation is critical for cellular processes. In laboratories, researchers monitor and control pH in cell cultures and other biological experiments.
• Clinical Diagnostics: pH measurement is used in medical laboratories for various diagnostic tests and to monitor physiological conditions.
6. Swimming Pools:
• pH is monitored in swimming pools and other recreational water facilities to ensure water quality and the effectiveness of disinfection processes.
7. Environmental Monitoring:
• pH levels in natural water bodies (rivers, lakes, oceans) are monitored as part of environmental assessments. Changes in pH can indicate pollution or other environmental issues.
8. Petroleum Industry:
• In oil and gas extraction, pH control is crucial for various processes, including refining and pipeline transportation.
9. Electroplating:
• pH is monitored in electroplating baths to ensure the quality of metal coatings on various products.
10. Aquaculture:
• pH levels in aquaculture systems are monitored to maintain optimal conditions for the growth and health of aquatic organisms