Login    Join free Add to favorites    中文
Home >Products> Other Lab Equipments >Environmental Monitors> AELAB AQMS Air Quality Machines and Gas Analyzers
AELAB AQMS Air Quality Machines and Gas Analyzers
AELAB AQMS Air Quality Machines and Gas Analyzers
Origin of place China
Model AQMS Series
Supplier AELAB Guangzhou
Price Contact for quotation
Hits 54
Updated 7/23/2026
  • Product Detail
  • Company Profile
AELAB AQMS Air Quality Monitoring and Gas Analysis Solutions

AELAB provides a specialized range of AQMS air quality machines, ambient gas analyzers, particulate monitoring instruments, calibration systems and continuous emission monitoring solutions for environmental monitoring and industrial applications.

The AQMS product family includes instruments for monitoring ozone, nitrogen oxides, sulfur dioxide, carbon monoxide, carbon dioxide, hydrogen sulfide, ammonia, methane, non-methane hydrocarbons, volatile organic compounds and airborne particulate matter.

Supporting equipment such as dynamic gas calibrators, zero-air generators, multi-parameter monitoring systems, FTIR emission analyzers and remote laser gas detectors is also available for building complete air-quality and emission-monitoring configurations.

Customers can select suitable AELAB AQMS instruments according to the target pollutant, measuring environment, required monitoring method, installation conditions, communication requirements and overall air-quality monitoring workflow.

Explore AELAB AQMS Air Quality Machines

Compare gas analyzers, particulate monitors, calibration equipment and integrated air-quality monitoring solutions.

View AELAB AQMS Products

Request Model Selection and Quotation


Available AQMS Monitoring Instruments
Instrument Category Typical Monitoring Purpose
Ozone Analyzer Continuous monitoring of ozone concentration in ambient air and environmental monitoring stations.
NOx Analyzer Measurement of nitrogen oxides for air-pollution monitoring and environmental assessment.
SO₂ Analyzer Monitoring sulfur dioxide in ambient air, industrial areas and emission-monitoring applications.
CO and CO₂ Analyzers Continuous measurement of carbon monoxide or carbon dioxide in air and gas-monitoring systems.
H₂S Analyzer Detection and monitoring of hydrogen sulfide in environmental and industrial locations.
NH₃ Analyzer Real-time ammonia monitoring for environmental, industrial and process-related applications.
VOC Analyzer Chromatographic monitoring of volatile organic compounds in air-quality assessment programs.
Methane and NMHC Analyzer Hydrocarbon profiling through measurement of methane and non-methane hydrocarbon concentrations.
Particulate Matter Monitor Real-time monitoring of suspended airborne particles in ambient air.
FTIR CEMS Multi-component gas monitoring in continuous emission monitoring applications.
Gas Calibration Equipment Generation of calibration gas and zero air for analyzer verification and system maintenance.
Typical AQMS Applications
  • Urban ambient air-quality monitoring stations
  • Environmental monitoring networks
  • Industrial-area air-pollution assessment
  • Continuous emission monitoring systems
  • Power plant and combustion emission monitoring
  • Petrochemical and refinery environmental monitoring
  • Traffic-related pollution monitoring
  • Environmental research and atmospheric studies
  • Remote industrial gas-leak detection
  • Air-quality laboratory and field monitoring projects
  • Gas analyzer calibration and performance verification
  • Multi-parameter environmental monitoring systems

Main Components of an AQMS Monitoring Station

A complete air-quality monitoring station may require more than one analyzer. The final configuration depends on the pollutants being measured, the monitoring location and the reporting requirements of the project.

Gas Analyzers

Individual analyzers for ozone, NOx, SO₂, CO, CO₂, H₂S, NH₃, VOCs and hydrocarbon monitoring.

Particulate Monitoring

Real-time particulate matter monitoring for measuring suspended airborne particles.

Calibration System

Dynamic gas calibrators and zero-air generators for routine calibration, validation and maintenance.

Integrated Monitoring System

Multi-parameter analyzers and CEMS configurations for monitoring several environmental parameters.


How to Select the Right AQMS Air Quality Machine

Selection should begin with the pollutant or gas that must be monitored. Users should then evaluate the installation environment, monitoring method, expected concentration range, sampling conditions, calibration requirements and system integration needs.

Selection Factor Questions to Consider
Target Pollutant Which gas, hydrocarbon, particulate parameter or combination of pollutants must be monitored?
Monitoring Location Will the instrument be used for ambient air, an industrial site, a fixed monitoring station or an emission source?
Single or Multi-Parameter Is one dedicated analyzer required, or should several monitoring parameters be combined in one AQMS configuration?
Measurement Principle Which analytical method is suitable for the target gas and monitoring objective?
Expected Concentration What concentration levels are expected under normal and peak operating conditions?
Continuous Operation Is continuous real-time measurement required for long-term unattended monitoring?
Calibration Requirements Does the monitoring station require a dynamic gas calibrator, zero-air generator or other calibration accessories?
Installation Conditions Will the analyzer be installed in a monitoring cabinet, shelter, laboratory or industrial environment?
Data Integration Does the system need to communicate with a station controller, computer, environmental platform or central monitoring network?
Maintenance Planning What routine calibration, consumable replacement and preventive maintenance procedures are required?


Representative AELAB AQMS Products

AELAB AQMS-300 Ozone Analyzer

An ultraviolet photometric instrument designed for continuous ozone monitoring in air-quality applications.

AELAB BPM-200 Continuous Particulate Monitor

A real-time particulate monitoring instrument for continuous measurement of airborne particulate pollution.

AELAB AQMS-550 H₂S Analyzer

A precision hydrogen sulfide monitoring instrument for environmental and industrial gas monitoring.

View available AELAB AQMS models and technical information


Why Choose AELAB AQMS Solutions?
  • Dedicated analyzers for major ambient air pollutants
  • Gas, hydrocarbon and particulate monitoring solutions
  • Single-parameter and multi-parameter system options
  • Solutions for ambient air and continuous emission monitoring
  • Calibration equipment for analyzer verification and maintenance
  • Zero-air generation for laboratory and monitoring-station applications
  • Remote gas-detection options for selected applications
  • Model-selection support based on target pollutant and monitoring conditions
  • International supply, export packaging and shipping support
  • Project configuration support for complete AQMS installations
About AELAB

AELAB is a laboratory and analytical equipment supplier based in Guangzhou, China. The company supplies environmental monitoring instruments, laboratory equipment, analytical systems and quality-control solutions for distributors, universities, research organizations, environmental agencies and industrial customers.

The AELAB product portfolio includes environmental monitoring equipment, laboratory instruments, pharmaceutical testing equipment, sample-preparation systems and customized laboratory solutions.

Official website: www.aelabgroup.com


Frequently Asked Questions

What pollutants can AELAB AQMS instruments monitor?

The available product family includes instruments for ozone, NOx, SO₂, CO, CO₂, H₂S, NH₃, VOCs, methane, non-methane hydrocarbons and particulate matter.

What is the difference between an AQMS gas analyzer and a CEMS?

An AQMS analyzer is generally selected for monitoring one or more air pollutants, while a continuous emission monitoring system is configured for continuous analysis of gases from industrial emission sources.

Can several analyzers be combined into one monitoring station?

Yes. Different gas analyzers, particulate monitors, calibration equipment and data-management components may be combined according to the monitoring project.

Why is a zero-air generator used with gas analyzers?

A zero-air generator provides purified air that can be used as a reference source in calibration, zero checking and routine analyzer maintenance.

What information is required for model selection?

Provide the target pollutant, expected concentration, monitoring location, application, required measurement method, installation conditions, communication requirements and destination country.

Can AELAB provide a complete AQMS configuration?

AELAB can recommend individual analyzers and supporting equipment according to the required parameters and overall air-quality monitoring project.

Request an AQMS Technical Proposal and Quotation

Tell the AELAB technical sales team which pollutants must be monitored, the expected concentration levels, monitoring location, required operating method and installation conditions.

A suitable proposal may include recommended analyzer models, supporting calibration equipment, available technical specifications, optional components, delivery time, packaging and shipping information.

View AELAB AQMS Air Quality Machines

Email: info@aelabgroup.com

WhatsApp / WeChat: +86 158 0001 6110

Website: www.aelabgroup.com

bio-equip.cn
Request Infomation

* Name:
Title:
* Tel:
Fax:
* E-mail:
Postcode:
Institution/Company:
Address:
* Country:
Request infomation:
yes no
Request Quotation:
yes no
* Message:
Validated Code:
refresh
I agree to share my inquiry to the other matching suppliers.



Copyright(C) 2006-2026 Bio-Equip    E-mail:web@bio-equip.cn   沪ICP备06040519号