- Process Optimization - Flow Measurement
- Process Optimization - Flow Detection
- Process Optimization - Moisture measurement
- Process Optimization - Velocity
- Process Optimization - Level Monitoring
- Process Optimization - Gas Monitors - Measured Parameter - CH4
- Process Optimization - Gas Monitors - Measured Parameter - CO
- Process Optimization - CO2 Gas Monitors - Measured Parameter CO2
- Process Optimization - Gas Monitors - Measured Parameter - NO
- Process Optimization - Filter Performance Monitors
- Process Optimization - Broken Filter Bag Detection
- Process - Leak Monitors
- Process - Dust Monitors
- Process - Particle Size Monitoring
- Process - Mercury Instruments
- Emissions & Process - Gas Monitors
- Emissions - Particulate CEMS
- Emissions - Mercury Instruments
- Emissions - Permanent Samplers
- Emissions - Flue Gas Velocity CEMS
- Emissions - Sampling Systems
- Emissions - Engine Exhausts Monitoring
- Ambient - Air Quality Gas Monitors - O3
- Ambient - Air Quality Gas Monitors - SO2
- Ambient - Air Quality Gas Monitors - NO/NO2/NOx
- Ambient - Air Quality Gas Monitors - VOC
- Ambient - Hg Monitors - Mercury
- Ambient air quality - Particulate monitors - PM10 / PM2.5
- Ambient air quality - Particulate Monitors
- Ambient - Air quality monitoring & Laboratory Mercury Instruments
- Ambient - Odors detection & Air quality monitoring Micro-Sensors
- Ambient - Gas Generators / Calibrators
- Air Quality Monitoring - Gas Analyzers
- Industrial Emissions Monitoring - Multi-Gas Monitoring Systems - CEMS
- Emissions Monitoring - Dilution Based Stationary Monitoring Systems
- Emissions Monitoring - Particulate Monitors
- Emissions Monitoring - Stack Flow Meter
- Engine Gas Monitoring - Turnkey Multi-Gas Cabinet
- Continuous Emissions Monitoring (CEM) of Hg in Stack Gas
- Multi-Chamber Filter Performance Monitors
- Powder Flow Monitors
- Filter Dust / Leak Monitors
- Rugged Sensor Options
- Process - Dust Measurement
- Process Optimization - Gas Monitors - Measured Parameter - HC/HCT
ENVEA products
Ambient - Odors detection & Air quality monitoring Micro-Sensors
ENVEA - Model Cairsens PM - Miniature Solution for Real-Time Continuous PM1, PM2.5 & PM10 Monitoring
The last generation of Cairsens micro-sensors for Particulate Matters (PM) monitoring operates without any influence from moisture in ambient air. They measure PM1 and PM10 concentrations, with increased precision for PM2.5. The Cairsens allows a year of continuous maintenance-free operation, even in highly polluted and humid atmospheres. Thanks to its robust and miniature design, it is fully compatible with ENVEA’s turnkey AQMS station Cairnet. It can also be easily embedded into a specific integration process.
ENVEA - Model Cairsens nmVOC - Miniature Solution for Real-Time Continuous nmVOC Monitoring
The Cairsens© sensor allows specific pollutant measurement comparable to reference methods. The high quality sensors are renowned worldwide by our customers looking for the newest technologies in air quality monitoring. They offer precise and reliable measurement, and are calibrated using a reference-standard value. They come with a unique calibration certificate and don’t need any more calibration after installation during their lifetime (12 to 15 months). Excellent measurement accuracy is achieved by limiting the effect of humidity interference by using a specific and patented inlet filter combined with dynamic sampling.
ENVEA - Model Cairsens NH3 - Miniature Solution for Real-Time Continuous NH3 Monitoring
The Cairsens© sensor allows specific pollutant measurement comparable to reference methods. The high quality sensors are renowned worldwide by our customers looking for the newest technologies in air quality monitoring. They offer precise and reliable measurement, and are calibrated using a reference-standard value. They come with a unique calibration certificate and don’t need any more calibration after installation during their lifetime (12 to 15 months). Excellent measurement accuracy is achieved by limiting the effect of humidity interference by using a specific and patented inlet filter combined with dynamic sampling.
ENVEA - Model Cairsens H2S / CH4S - Miniature Solution for Real-Time Continuous H2S / CH4S Monitoring
The Cairsens© sensor allows specific pollutant measurement comparable to reference methods. The high quality sensors are renowned worldwide by our customers looking for the newest technologies in air quality monitoring. They offer precise and reliable measurement, and are calibrated using a reference-standard value. They come with a unique calibration certificate and don’t need any more calibration after installation during their lifetime (12 to 15 months). Excellent measurement accuracy is achieved by limiting the effect of humidity interference by using a specific and patented inlet filter combined with dynamic sampling.
ENVEA - Model Cairsens CO - Miniature Solution for Real-Time Continuous CO Monitoring
The Cairsens sensor allows specific pollutant measurement comparable to reference methods. The high quality sensors are renowned worldwide by our customers looking for the newest technologies in air quality monitoring. They offer precise and reliable measurement, and are calibrated using a reference-standard value. They come with a unique calibration certificate and don’t need any more calibration after installation during their lifetime (12 to 15 months). Excellent measurement accuracy is achieved by limiting the effect of humidity interference by using a specific and patented inlet filter combined with dynamic sampling.
ENVEA - Model Cairsens NO2 - Miniature Solution for Real-Time Continuous NO2 Monitoring
The Cairsens© sensor allows specific pollutant measurement comparable to reference methods. The high quality sensors are renowned worldwide by our customers looking for the newest technologies in air quality monitoring. They offer precise and reliable measurement, and are calibrated using a reference-standard value. They come with a unique calibration certificate and don’t need any more calibration after installation during their lifetime (12 to 15 months). Excellent measurement accuracy is achieved by limiting the effect of humidity interference by using a specific and patented inlet filter combined with dynamic sampling.
ENVEA - Model Cairsens O3 / NO2 - Miniature Solution for Real-Time Continuous O3 / NO2 Monitoring
The Cairsens sensor allows specific pollutant measurement comparable to reference methods. The high quality sensors are renowned worldwide by our customers looking for the newest technologies in air quality monitoring. They offer precise and reliable measurement, and are calibrated using a reference-standard value. They come with a unique calibration certificate and don’t need any more calibration after installation during their lifetime (12 to 15 months). Excellent measurement accuracy is achieved by limiting the effect of humidity interference by using a specific and patented inlet filter combined with dynamic sampling.
ENVEA - Model Cairsens SO2 - Miniature Solution for Real-Time Continuous SO2 Monitoring
The Cairsens© sensor allows specific pollutant measurement comparable to reference methods. The high quality sensors are renowned worldwide by our customers looking for the newest technologies in air quality monitoring. They offer precise and reliable measurement, and are calibrated using a reference-standard value. They come with a unique calibration certificate and don’t need any more calibration after installation during their lifetime (12 to 15 months). Excellent measurement accuracy is achieved by limiting the effect of humidity interference by using a specific and patented inlet filter combined with dynamic sampling.
ENVEA - Model Cairnet 2020 - Autonomous Networks of Sensor-Based Mini-Stations
Cairnet® device is a real-time standalone and networkable air-monitoring station containing up to 6 Cairsens® microsensors and cellular communication within a waterproof enclosure. Thanks to its integrated manifold allowing a dynamic sampling, the measures are accurate and reliable. Electronic compounds are sealed & protected from moisture and corrosive ambient air.