- Simultaneous gas analysis of nitrous oxide N₂O, methane CH₄, carbon dioxide CO₂ and oxygen O₂
- Continuous gas measurement (Real Time Monitoring)
- Long-term stable NDIR technology down to the trace range
Read MoreAnnouncement – H2S measurement in biogas plantsRead MoreAnnouncement – N2O measurement in wastewater plants
Biogas consists mainly of methane (CH₄), carbon dioxide (CO₂) and hydrogen sulphide (H₂S). H₂S measurement is a major challenge in biogas analysis. Wi.Tec-Sensorik GmbH has developed a highly accurate and …
Read MoreHigh End Gas Analysis in Biogas Plants using ULTRA .sens & INFRA .sens- Sensor+Test, Biogas, Biogas Analysis, Biogas Batch Fermentation System, Biogas Plants, CH₄ Gas Sensor, CO₂ Gas Sensor, H₂S, H₂S Gas Sensor, H₂S Measurement, INFRA.sens, NDIR, NDIR Gas Sensor, NDUV, NDUV Gas Sensor, Oxygen Sensor, O₂.sens, Sensor+Test 2024, ULTRA.sens, ULTRA.sens processline
Nitrous oxide (N₂O), methane (CH₄) and carbon dioxide (CO₂) are greenhouse gases that can be produced in large quantities during wastewater treatment. Wi.Tec-Sensorik GmbH has developed a highly accurate and …
Read MoreHigh End Gas Analysis in Wastewater Plants using INFRA .sens- Sensor+Test, CH₄ Gas Sensor, CO₂ Gas Sensor, INFRA.sens, NDIR, NDIR Gas Sensor, N₂O Gas Sensor, N₂O Measurement, Oxygen Sensor, O₂.sens, Sensor+Test 2024, Thermobox
Together with the company Dr.-Ing. Ritter Apparatebau GmbH & Co. KG from Bochum (https://www.ritter.de), Wi.Tec-Sensorik GmbH has developed a new type of biogas batch fermentation system that can be used …
Read MoreBiogas Batch Fermentation System- NDIR Gas Sensor, Biogas, Biogas Analysis, Biogas Batch Fermentation System, Biogas Plants, CH₄ Gas Sensor, CO₂ Gas Sensor, INFRA.sens, NDIR, Sensor+Test, Sensor+Test 2024
Alain Barillet, Gerhard Wiegleb and Sebastian Wiegleb for Wi.Tec-Sensorik GmbH had the opportunity to briefly present modern process gas analysis based on innovative NDIR/NDUV multisensor technology at the 18th Autumn …
Read MoreModern process gas analysis based on innovative NDIR/NDUV multisensor technology- INFRA.sens, Modular, NDIR, NDIR Gas Sensor, NDUV, NDUV Gas Sensor, Sensor+Test, Sensor+Test 2024, Sensors, ULTRA.sens, ULTRA.sens processline
- Low detection limit N₂O without CO₂ interference
- Temperature controlled at 50°C
- Low drift
- Internal pressure compensated
- Different interfaces (RS232, CAN-Bus,Analog
- MARS-Tool (Datalogger and Controlsoftware)
- Rugged sensor design
- Low power consumption < 2 W @ 24 V
- Different Interfaces (RS232, CAN-Bus)
- Low drift
- MARS-Tool (Wi.Tec Software)
- Detection limit: < 5 ppm H₂O
- Fast response time (t90 < 10 sec)
- Efficient alternative for a dew point mirror measurement
- Low maintenance operation
- Can be combined with other gas measurements such as CO₂, CO, CₙHₘ, CH4 etc.
- Detection limit (3 sigma) < 0,1 Vol.%
- Linearity error < 0,5 %F.S. (Fullscale)
- Including Temperature-compensation 5 - 45 °C
- Including pressure compensation 600 - 1200 mbar
- Ready to use module
- Low power consumption (< 10 Watt)
- Small size (28 cm x 20 cm x 10 cm)
- Fast response time (t90 = 10 sec.)
- No complex calibrations required
- Temperature and pressure compensated gas measurements
- Designed for high pressure range up to 15 bar
