Enablon AQS - Air Quality System helps companies meet their air quality management needs and requirements.

Enablon AQS helps companies manage their air quality needs and requirements from advanced emission sources modeling & calculation to emissions forecasting and scenario analysis :

• Gather data by source activity and by emission units: equipment and materials properties, site specific permit conditions and requirements
  
  
• Easily combine complex & diverse information: global emission factors, source specific emissions data, permit requirements and limits, emission equations
  
  
• Automate various regulatory reports on allowances, emissions, compliance status and certifications;
  
  
• Forecast and evaluate different air quality scenarios

Enablon AQS solution offers, among others, the following functionalities & benefits :

• Sources inventory: stationary combustion, mobile combustion, process and fugitive emissions
  
  
• Sources categorization for emission consolidation (Site, Plant, Facility, Location, Activity, etc.)
  
  
• Process throughput products definition: properties, composition (e.g. VOCs, HAPs etc.)
  
  
• Source activity data definition: frequency, parameter definition, etc.
  
  
• Source activity data collection (monitored, calculated, forecast)
  
  
• Collection of activity data from external information systems using interfaces (automated or semi-automated data capture through spreadsheets) as well as manual data entry.

• Emission types list : (e.g. Nitrogen oxides, Sulphur dioxide, PM, Carbon Monoxide, Carbon dioxide, etc.)
  
  
• Quantification methods definition (EPA AP42 , IPCC, CEPEI, EPA GHG MRR)
  
  
• Equations builder :to perform any calculation
  
  
• Simple and complex equations
  
  
• Emission factor libraries (references, applicability and documentation)
  
  
• Validation rules & consistency checks to ensure data quality

• Collect data on future production estimates & activity data
  
  
• Automatic calculation of emissions based on estimated activity data and formulas:
  - Calculation of forecast activity data (e.g. fuel requirements) from production estimates.
  - Calculation of forecast emissions based on forecast activity data.
  
  
• Ability to store forecast projection reports

• User-based scenario definition
  
  
• Scenario parameters configuration (fuel mix, equipment properties, etc.
  
  
• Calculation of air emissions according to different scenario parameters models
  
  
• Scenario storing and sharing
  
  
• Scenario integration with emission forecasting