Bromine Sensors

 

Bromine amperometric sensors detect the concentration of bromine species by measuring the electrical current generated when the bromine reacts with the sensors electrode translated into a measurable reading which is proportional to the concentration of bromine converted into part per million (ppm) in the sample solution, widely used in multiple water treatment processes bromine sensors offer significant measurement precision by providing real-time measurement unaffected working conditions with minimal maintenance requirements.

 

 

Hydrogen Peroxide Sensors

 

Hydrogen peroxide (H202) amperometric sensors measure using a permeable membrane isolated from the solution when the peroxide diffuses through this membrane it comes into contact with an active electrode and reduces on its surface consequently generating an current proportional to the hydrogen peroxide concentration, like all amperometric sensors a constant flow is required in order to determine consistent real-time measurement feedback to regulate the correct concentration levels for each process-specific application.

 

 

 

Peracetic Acid Sensors

 

Peracetic acid (PAA) sensors are typically amperometric membrane covered devices specifically designed to selectively allow peracetic acid to reach the sensors working electrode through a permeable electrolyte filled membrane whilst preventing interference from other substances that could effect measurement accuracy, the sensor requires a continuous flow across the membrane and the working electrode surface in order to determine the peracetic acid concentration measured in the solution under examination.

Bromine-Hydrogen Peroxide-Peracetic Acid Controllers

 

 

| Inline Holders | Submersible Holders | Bypass-Offline Holders |

Hydrogen Peroxide Sensors

 

Peracetic Acid Sensors

 

Bromine Sensors

 

Ozone Sensors

Ozone Sensors

 

Ozone sensors utilise a amperometric measurement system consisting of porous membrane and a electrolyte filled cell containing two electrodes that react when they come into contact with ozone molecules generating a current flow across the working and counter electrodes proportional to the ozone concentration, sensors are used in a wide spectrum of applications such as pure water systems, wastewater treatment and other industrial processes incorporating automatic temperature compensation for accurate concentration measurement.