ENVEA

AQMS & CEMS

Envea is a global leader in environmental and industrial monitoring solutions, delivering reliable instruments for air quality, emissions, and process monitoring.

As an authorized distributor, IHI provides ENVEA’s innovative technologies, backed by expert technical support, calibration, installation, and after-sales service.

ENVEA

AQMS & CEMS

Envea is a global leader in environmental and industrial monitoring solutions, delivering reliable instruments for air quality, emissions, and process monitoring.

As an authorized distributor, IHI provides ENVEA’s innovative technologies, backed by expert technical support, calibration, installation, and after-sales service.

  • SO2 (Sulfur Dioxide)
  • UV Fluorescence
  • 0-10 ppm (configurable)
  • EN 14212, US-EPA, KECO, CNEMC
  • NO, NO2 (Nitrogen Oxide and Nitrogen Dioxide)
  • Chemiluminescence
  • 0-10 ppm (configurable)
  • EN 14212, US-EPA, KECO, CNEMC
  • CO (Carbon Monoxide)
  • IR gas filter correlation
  • 0-100 ppm (configurable)
  • EN 14212, US-EPA, KECO, CNEMC
  • O3 (ozone)
  • UV photometry
  • 0-1 ppm (configurable)
  • EN 14212, US-EPA, KECO, CNEMC
  • TSP, PM10, PM2.5, PM1 (via inlet change)
  • Beta Gauge
  • Reliable mass measurement
  • Real time optical module available
  • Regulatory monitoring, research
  • EN 14212, US-EPA, KECO, CNEMC
  • TSP, PM10, PM2.5, PM1 (simultaneously)
  • Light scattering (nephelometry)
  • Real time, multi parameter device
  • Regulatory monitoring, research
  • EN 12341
  • THC, CH4, NMHC
  • Flame ionization detector (FID)
  • FID combined with catalytic methane cutter (optional)
  • Urban air toxics, industrial perimeter
  • Compliant to US-EPA and EN 12619 (for THC)
  • VOCs (BTEX, etc.)
  • Photo Ionization Detector + Gas Chromatography
  • Speciation capability, highly sensitive
  • Urban air toxics, industrial perimeter
  • Certified to EN 14662-3
  • Total reduced sulfur (TRS).
  • UV fluorescence after conversion.
  • Based on AF22e with thermal converter in an external rack for TRS.
  • Odor monitoring, pulp & paper, water treatment, waste management, petrochemicals.Based off reference method.
  • H2S (hydrogen sulfide)
  • UV fluorescence after conversion
  • Based on AF22e with built in thermal converter for H2S
  • Odor monitoring, pulp & paper, water treatment, waste management, petrochemicals
  • Based off reference method
  • Ammonia (NH3)
  • Chemiluminescence after conversion
  • Based on AC32e thermal converter in an external rack for NH3
  • Odor monitoring, pulp & paper, water treatment, waste management, petrochemicals
  • Based off reference method
  • NDIR-GFC multi-gas analyzer
  • Automated drift control option
  • Simultaneous multi-gas measurement of NOx, SO2, CO, O2, residual H2O, and optionally CO2, CH4 and N2O (greenhouse gases)
  • Environmental-friendly and cost-saving analyzer, with ultra-low power consumption
  • No compressed air required (if using a gas cooler)
  • QAL1 certified according to EN 15267, QAL3 compliance as defined by EN 14181, U.S. EPA Compliance (40 CFR PART 60 & 75)
  • Stack gas sampling system
  • Sampling probe equipped with double stage particulate filtration
  • Direct span and zero gas injection for a complete system calibration
  • Permeation-based drying system avoids loss of highly condensable gases (e.g. HCl, SO2, NO2 and HF)
  • To be used with unheated analyzers such as MIR 9000, MIR 9000e, MIR 9000CLD
  • Automatic back-flush function
  • Heated sampling system
  • Double stage dust filtration
  • Direct span and zero gas injection for a complete system calibration
  • Automatic back-flush function
  • To be used with heated analyzers such as MIR FT, MIR 9000H, Graphite 52M
  • 190°C heated sampling system without any modification of the gas matrix including water content
  • Heated sampling system
  • Stainless steel probe tube with optional reusable primary filter
  • Check valve eliminates dead volume
  • To be used with heated analyzers, or with unheated analyzers, such as MIR 9000, MIR 9000e, MIR-IS, by adding a cooling dryer
  • Single stage dust filtration
  • 190°C heated sampling system without any modification of the gas matrix including water content