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Portable COD Analyzer with Digester

Portable COD Analyzer with Digester

Chemical Oxygen demand is defined as the amount of oxygen required for the oxidation of all the organic compounds present in the water sample.  

The portable, microprocessor based Uniphos COD analyzer operates on the non-dispersive absorption principle to measure COD of waste / effluent water samples. This easy to use battery operated analyzer features an easy to use intuitive interface and has in-built data logging facility as standard. The stored data can either be exported to a computer or printed as a report to a RS-232 printer.
A COD Digester is also provided with the COD analyzer for digestion of the water sample mixed with reagents. It is a robust instrument capable of accommodating 25 vials at a time. A PID controller in the digester ensures that all the samples are heated precisely to 150oC.  

Uniphos Online Ammoniacal Nitrogen Analyzer

Uniphos Online Ammoniacal Nitrogen Analyzer

The presence of Nitrogen in the form of Ammonium/ Ammonia is termed as Ammoniacal Nitrogen in the influent/ sample 

The Uniphos online Ammoniacal Nitrogen analyzer is an accurate, stable and fully automatic analyzer designed to measure Ammoniacal Nitrogen of process / surface water samples using an electrochemical sensor. No human intervention is required during the measurement as the analyzer is completely automated.
The inbuilt diagnostics feature provides an alarm if there are any faulty components or if the reagent falls below the minimum level. Equipped with a next generation touchscreen HMI for display and programming, the analyzer provides a variety of data communication options such as RS-485 MODBUS and industry standard 4-20 mA analog output 

Uniphos Online COD Analyzer (Absorption Method)

Uniphos Online COD Analyzer
(Absorption Method)

Chemical Oxygen demand is defined as the amount of oxygen required for the oxidation of all the organic compounds present in a water sample.  

The Uniphos online COD analyzer is a programmable, fully automatic analyzer which measures COD of waste / effluent water samples using a direct method of analysis. This direct method involves oxidation of the sample by potassium dichromate and measurement by absorption of Cr3+ ions. No human intervention is required during the measurement as the analyzer is completely automated.
The inbuilt diagnostics feature gives an alarm if there are any faulty components or if the reagent level goes below the minimum level. Equipped with a next generation touchscreen HMI for display and programming, the analyzer provides a variety of data communication options such as RS-485 MODBUS and industry standard 4-20 mA analog output 

Uniphos Online COD Analyzer (Potentiometric Method)

Uniphos Online COD Analyzer
(Potentiometric Method)

Chemical Oxygen demand is defined as the amount of oxygen required for the oxidation of all the organic compounds present in a water sample.  

The Uniphos online COD analyzer is a programmable, fully automatic analyzer which measures COD of waste / effluent water samples using a direct method of analysis. This direct method involves oxidation of sample by potassium dichromate and measurement by potentiometric titration. No human intervention is required during the measurement, as the analyzer is completely automated.
The inbuilt diagnostics feature gives an alarm if there are any faulty components or if the reagent level goes below the minimum level. Equipped with a next generation touchscreen HMI for display and programming, the analyzer provides a variety of data communication options such as RS-485 MODBUS and industry standard 4-20 mA analog output 

Uniphos Online Total Cyanide Analyzer

Uniphos Online Total Cyanide Analyzer

Total Cyanide in effluent water refers to the sum of all cyanide-containing compounds, including free/ weak acid as well as dissociable and strong metal cyanide complexes.  

The Uniphos online Cyanide analyzer is a reliable, fully automatic analyzer designed to measure the total cyanide of waste / effluent water samples by an ASTM 7511-09 method. The ASTM 7511-09 method involves acid digestion with UV irradiation and determination of total cyanide by amperometric method. The amperometric technique used is demonstrated to be free of analytical interferences and eliminates the use of hazardous reagents. No human intervention is required during the measurement as the analyzer is completely automated.
The inbuilt diagnostics feature gives an alarm if there are any faulty components or if the reagent level goes below the minimum level. Equipped with a next generation touchscreen HMI for display and programming, the analyzer provides a variety of data communication options such as RS-485 MODBUS and industry standard 4-20 mA analog output 

Uniphos TSS probe with Controller

Uniphos TSS probe with Controller

The Uniphos TSS probe utilizes optical spectroscopic technique to determine the presence of suspended solids in Industrial wastewater, surface water, etc.  Utilizing an IR light source and IR detector to determine the TSS, as well as a solenoid valve for auto purging/ cleaning the sensor, the instrument provides an accurate and affordable solution for TSS monitoring in wastewater.

Equipped with a next generation touchscreen HMI controller for display and programming the unit, the probe provides a variety of data communication options such as RS-485 MODBUS and industry standard 4-20 mA analog output. 

UV-VIS COD-TSS Probe with Controller

UV-VIS COD-TSS Probe with Controller

Operating on the principle of absorption spectroscopic technique to measure COD, BOD & TSS in Industrial wastewater, surface water, etc., the probe is equipped with a solenoid valve which is capable of auto purging/ cleaning the sensor. The Light source and UV detector present in the instrument provide an accurate measurement of COD, BOD, & TSS in wastewater.  
 
Equipped with a next generation touchscreen HMI controller for display and programming the unit, the probe provides a variety of data communication options such as RS-485 MODBUS and industry standard 4-20 mA analog output. The analyser is also programmed to display BOD value of known matrix