- Temperature
- NH₃ (Liquid)
- Temperature
- NH₃ (Liquid)
- CO₂ (Liquid)
- NH₃ (Liquid)
- CO₂ (Liquid)
- Carbamate (Indirect)
- Temperature
- Temperature
- NH₃ (Gas)
- CO₂ (Gas)
- Urea Conc
- Urea Conc
- NH₃ (Gas)
- CO₂ (Gas)
- pH
- NH₃ (Liquid)
- Temperature
- pH
- COD
- TOC
- Temperature
- Conductivity
- pH
- COD
- TOC
- Temperature
- Conductivity
- pH
- COD
- TOC
- Temperature
- Conductivity
Parameter
Potential Technology
Temperature
Electrical Resistance Change
pH
Glass/Combination Electrode
TOC
Membrane Conductometric
COD
Thermal Combustion
NH₃ (Liquid)
UV-VIS spectral sensors
CO₂, CH₄ H₂S, NOx
–
Parameter
TSS
pH
Temperature
Potential Technology
Scattered Light (Optical)
Glass / Combination Electrode
Electrical Resistance (RTD / PT100)
Parameter
CH₄
O₂
Temperature
NOx
Potential Technology
–
–
Electrical Resistance (RTD / PT100)
–
Parameter
COD
TSS
pH
NH₃
TOC
Potential Technology
Thermal Combustion
Scattered Light (Optical)
Glass / Combination Electrode
UV-VIS spectral sensors
Membrane Conductometric
Description
Industrial gas plants produce essential gases such as oxygen, nitrogen, hydrogen, CO₂, and specialty blends used across manufacturing industries. Purity, moisture, and contaminant levels must be carefully monitored to ensure product safety and compliance with stringent standards.
Centrionics offers reliable analyzers for gas purity, trace moisture, oxygen levels, and contaminant detection to safeguard production quality from generation to storage and distribution.