Stack-Air
The experts in 
gaseous emissions testing  
 
Home Mission Contact US Personnel Services Capabilities Test Methods Equipment Quality Assurance News

Capabilities

Stack-Air specialises in the measurement of gaseous emissions, but we have also recently reintroduced our particulate testing capabilities.  We have the equipment and expertise to measure a wide range of air pollutants including: 
  • Gases (SO2, SO3, NOx, NH3, H2S, HCL, HF, CO, CO2, O2, CL2 and more)
  • Greenhouse gases (CO2, CO, NOx, SO2, CH4)
  • Volatile organic compounds (VOCs)
  • Semi-volatile Organic Compounds (PAHs, Phenols, PCBs)
  • Particulate, metals and PM10
Other parameters routinely determined are:
  
  • Gas Velocity
  • Gas Density
  • Pollutant Emission Rates
  • Moisture
  • Volumetric  Flowrate
  • Gas Temperature
  • Combustion Efficiencies
  • Pollution Control Efficiency
  
We also have the knowledge and expertise to provide the following services:
 
  • RATA testing
  • Audits of in-house monitoring programmes and systems
  • Advice on all aspects of emissions testing
  • Greenhouse gas emissions
  • Evaluation of effectiveness of air pollution controls & strategies
  • Training in all aspects of  air pollution monitoring and control 
  • Advice on applicable emission standards for various industries (due diligence)
  Stack-Air has experience with many different industrial processes including:
 
  • Power Generation
  • LNG plants
  • Tin Minerals
  • Petroleum Refining
  • Cement and Lime Manufacture
  • Steel Making
  • Particleboard Manufacture
  • Gold Refining
  • Research/Experimental Processes
  • Wastewater treatment plants
  • Mineral Sands
  • Alumina Mining
  • Waste Destruction
  • Clay Products Manufacture
  • Asphalt Production
  • Pesticides Manufacture
  • Polyurethane Foam Manufacture
  • Wood Drying
  • Urea/formaldehyde Manufacture

 

Stack-air has conducted tests under widely varying conditions, from 1100oC afterburners to saturated mineral sands off-gases and other toxic environments.  We have also conducted tests on industrial plants where we have had to modify methods to deal with special gas stream characteristics.  We have demonstrated an ability to deal effectively with demanding and complicated conditions, whether it be explosive, hydrogen-rich gas streams or measuring condensable/non-condensable particulate.