ORPanalyzerBy measuring the potential difference of oxidation-reduction reactions in a solution, the oxidation-reduction properties of the solution can be determined. Its core components areORPAn electrode typically consists of a reference electrode and a working electrode (measuring electrode):

Reference electrode: maintains a constant potential as a measurement reference.

Working electrode: Reacts with redox substances in the solution to produce a change in potential.

By measuring the potential difference between two electrodes, the solution'sORPValue.ORPValues reflect the relative strength of oxidants and reducing agents in a solution, with positive values indicating oxidizing properties and negative values indicating reducing properties.

ORPanalyzerWidely used in the following fields:

Water treatment industry:

Drinking water treatment: monitoring the disinfection processORPValue ensures disinfection effectiveness.

Wastewater treatment: Evaluate the activity of biological treatment units and guide the adjustment of aeration and chemical dosage.

Industrial water treatment: Monitor the redox status of circulating cooling water systems, chemical reaction processes, and other processes to prevent corrosion and sedimentation issues.

Swimming pools and water parks: monitoring water bodiesORPValue, ensure water quality safety, and prevent bacterial growth.

Agriculture and aquaculture: Evaluate the redox status of irrigation water and aquaculture water to ensure plant and animal health.

Food and Beverage Industry: Monitoring Processing WaterORPValue ensures product quality and safety.

Environmental monitoring: Evaluate the degree of water pollution and ecological health status at environmental monitoring stations, river and lake monitoring points.

Research and Laboratory: Study the oxidation-reduction potential of chemical reactions, explore reaction mechanisms and kinetics.