ENVEA (Environnement sa)
Product List
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CEMS 9000P Portable Multi-Gas Analyzer NDIR-GFC
The MIR 9000P is compliant with international directives and standards such as U.S. EPA and EN 15267-4, the latest European standards for Portable Automatic Measurement Systems. It guarantees high accuracy and extended measuring ranges for 8 parameters (NOx, SO2, CO, CO2, CH4, N2O, O2, and residual H2O). The analyzer uses the non-dispersive infrared method with gas filter correlation (NDIR-GFC) while O2 is measured by a built-in paramagnetic sensor (SRM).
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E-Series Eco designed Criteria Pollutant Analyzes
Dedicated to the measurement of regulated pollutants such as ozone (O3), carbon monoxide (CO), sulfur dioxide (SO2) and nitrogen oxides (NO- NO2 and NOx), the e-Series of analysers, has been designed with a special consideration to the environmental impacts of the product during its whole lifecycle:
The measurement modules of the e-Series are fitted in closed cell 100% recyclable expanded polypropylene foam (EPP*) .The O342e is the 1st ozone analyzer on the market which does not use Mercury lamp as excitation source .95% of each e-Series analyzer can be recycled.
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AC32E – E-Series NO, NO2 AND NOX Analyser (NH3 Optionally )
QAL1 certified by the TÜV, the AC32e offers superior metrological performances for NO, NO2 and NOx measurements in the range 0-1 ppm or 0-10 ppm
- innovative conception for excellent sensitivity and signal stability
- Simultaneous multi-screen remote access via Wifi or Lan using the dedicated application ESA ConnectTM for control, diagnostics, software update...
- ESA ConnectTM application for iOS and Android
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AF22E. New E-Series SO2 Analyzer
UV Fluorescent sulfur dioxide analyzer AF22e, TUV certified and US-EPA approved for compliance with ISO 10498, 2008/50/EC, en 14212, EN 15267, 40 CFR part 53 SUB B and SUB C
Superior metrological performances for SO2 measurements in the range 0-20 ppm
Innovative conception of the optical module for excellent sensitivity and signal stability
Simultaneous multi-screen remote access via Wifi or LAN using the dedicated application ESA ConnectTM for control, diagnostics, software update... -
AS32M- CAPS Analyzer FOR Quick AND Direct NO2 Monitoring
- Fast, accurate and direct continuous measurement of NO2 (Nitrogen Dioxides) concentrations in the range 0-1000 ppb
- Extremely compact, easy to use with minimal maintenance (periodic change of particle filter)
- Innovative technology plus touchscreen convenience
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CO12E. NEW E-Series CO Analyzer
Non dispersive Infra Red carbon monoxide analyzer CO12e, TUV certified and US-EPA approved for compliance with ISO 4224, EN 14626, EN 15267, 40 CFR part 53 SUB B and SUB C
- Superior metrological performances for CO measurements in the range 0-300 ppm
- Automatic or programmable response time adjustment, ensuring efficient monitoring of low concentration levels of carbon monoxide
- Simultaneous multi-screen remote access via Wifi or LAN using the dedicated application ESA ConnectTM for control, diagnostics, software update
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HC51M. Hydrocarbon Analyzer
FID Hydrocarbon (CH4, nmHC, THC) Analyzer
Uses the principle of flame ionization detection to measure the concentration of hydrocarbons
in the range of 0-1000 ppm.
Available in 2 versions for the simultaneous and continuous measurement of:
• THC
• THC / CH4 / nmHC
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O342E. New E-Series Ozone O3 Analyser
UV Photometric Ozone Analyzer O342e TUV certified and US-EPA approved for compliance with ISO 13964, 2008/50/EC, EN 14625, EN 15267, 40 CFR part 53 and 40 CFR part 58
Unique LED based UV photometry technology
Eco-friendly & eco-innovative conception
Provides accurate, extremely stable and repeatable ozone measurements in the range of 0.2 ppb to 10ppm -
VOC72M – VOC ( BTEX ) Analyzer
QAL1 certified by the TUV following EN 14662-3 for benzene monitoring. Standard measured compounds: Benzene, Toluene, Ethylbenzene, m+p-Xylene, o-Xylene, 1-3 Butadiene
Compact and fully automated BTEX analyzer for the monitoring of Benzene, Toluene, Ethylbenzene, m+p-Xylene, o-Xylene, 1-3 Butadiene, (optional up to 40 parameters)
Provides equal performance to the laboratory chromatographs
Performs all the functions (sampling, analysis and data management) in a simple and completely autonomous mode
High sensitivity, stable and linear response PID detector -
ESA CONNECT™ Application For Smartphone and Tablet
Mobile app for full emulation of AQMS analyzers
The complete range of e-Series integrates an embedded web server featuring intuitive navigation by pictograms, offering quick and easy access to the analyzer. Secured (various level of passwords), modern, simple, fast and accessible through any browser, the ESA ConnectTM user interface allows full remote emulation of the analyzer with simultaneous multichannel viewing and control of the monitor from any PC, tablet or smartphone.
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Road Side AAQMS MMS – Micro Monitoring Station
Turnkey AQMS Micro Monitoring Station, ISO and EN regulations compliant, MCERTs certified.
Continuous air quality measurement of CO, CO2, O3, NO, NOx and NO2 (SO2 optionally) in one single small footprint enclosure.
USB and Ethernet TCP-IP for remote monitoring, data recovery and maintenance.
Can be completed with PM162M fine dust sampler, with MP101M or CPA for complementary real-time PM1, PM10, PM2.5 particulate.
Smartly integrated in a small footprint enclosure, perfectly adapted for road-side air pollution monitoring -
Mercury Ultratracer UT-3000
Utilizing the high performance GoldTrap amalgamation module and an optimized state-of-the-art AA-mercury vapor detector the UT-3000 mercury UltraTracer monitor offers detection limits at sub-ng/m³ (ppq-parts per quadrillion) levels.
it can be used for
- Air quality studies
- Monitoring of indoor air pollution
- Environmental pollution source tracking
- Profiling & modelisation
- Studies of mercury dispersion in the atmosphere
- Studies of interaction between atmosphere and surfaces
- Pollution prevention
- Natural gas and derivatives
- Soil and ground degassing studies
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MP101M – Continuous, Automatic PM10, PM2.5, PM1, TSP Paticulate Monitor
MP101M is certified equivalent to the reference method in accordance with the EN12341 European standards for PM10 and PM2.5 particulate concentration, respectively EN14907 and US EPA for the continuous monitoring of PM10 or PM2.5.