Air Quality Modeling Made Easy on the Cloud
AER's AQcast modeling system contains a wide variety of air quality models and their preprocessors and deploys them on the Amazon Web Services (AWS) cloud. These pre-compiled and easy to use program packages can be accessed by outside users via the web using a secure interface. No software download or installation needed. AQcast automatically collects the needed inputs and runs the models on the AWS cloud, requiring NO use of your local machines. In addition, using the AWS cloud allows each model to use an unlimited amount of CPUs and RAM to reduce runtime. Updates are done regularly and require no action by the user.
|AERMOD||Access via Subscription|
|CMAQ||E-mail for Quote|
|AERMET for AERMOD||Access via Subscription AERMOD|
|12km WRF for AERMOD (via EPA's MMIF)||Access via Subscription AERMOD|
|12km WRF for SCICHEM and CALPUFF (via EPA's MMIF)||Access via Subscription WRF-MMIF|
|Custom WRF Data||E-mail for Quote|
|Spatial Allocator: Surrogate Tool||E-mail for Quote|
|SMOKE||E-mail for Quote|
AERMOD - EPA approved dispersion model for NAAQS and other hazardous air pollutants. Using our AQcast system on the Amazon cloud, AER can run AERMOD and all of its pre-processors including bpipprm, aermap, aermet, aerminute, and aersurface for a facility with user provided source parameters and facility location.
Overview: The AQcast:AERMOD system uses the latest approved versions and updates automatically. It will download all necessary terrain and landuse files. Once the meteorological options and location are chosen, all data will be gathered and processed. Receptor grids can be specified and run quickly taking advantage of the Amazon Web Services cloud computing. ESRI GIS shapefiles of facility buildings and fence lines can be uploaded and input into the model. All processing and formatting of these data are automated. All input data and files will then be organized and AERMOD will be run. Following the successful completion of AERMOD, various plots and summary files will be displayed on an access portal, and a link to download all modeling files is provided. For more information or questions, please email AQcast@aer.com.
Packages and Pricing
*For more information on the meteorology data sets, click here.
The Community Multiscale Air Quality Modeling System is an EPA approved and developed suite of programs for conducting air quality model simulations. AER can run the CMAQ chemical transport model (cctm) and all of its pre-processors; calmap, bcon, icon, jproc, mcip, wbdust, festc, SMOKE, and Spatial Allocator Tool for a user-specified domain.
Overview: The AQcast:CMAQ system uses CMAQv5.2 and creates all necessary input files for the chemical transport model. The user can select the time frame, domain and spatial resolution of a desired model run, as well as other model configurations such as chemical, aerosol mechanisms, in-line biogenic and bi-directional ammonia flux calculations etc. AQcast will then scale the computation according to user selection and perform the model simulation on the Amazon Web Services (AWS) cloud. Following successful completion of a CMAQ run, various post-processing can be performed, including AMET post-processing. Either the full model output or selected model inputs can be provided to the user. For more information or questions about AQcast:CMAQ, please email AQcast@aer.com.
Data Set Descriptions
Meteorology Data Sets for AERMOD - In AQcast:AERMOD the user selects the type of meteorology to process with each run. Each subsequent run has the option of using previously created meteorology files. Depending on the package purchased, each account will get some complimentary meteorological data sets with the subscription. If the user requires more data sets, they will be prompted to pay the stated amount before the model can be run. Only data options 1 and 2 below are counted towards the annual allotment.
For more information or questions, please email AQcast@aer.com.
Archived Gridded Meteorology Data from WRF using MMIF - Our AQcast system also includes access to archived 12 km WRF Data for most of North America for 2014-2018. Using AQcast with MMIF, meteorology data for SCICHEM and CALPUFF can be generated. For more information or questions, please email AQcast@aer.com.
Custom Gridded Meteorology Data from WRF - AQcast includes the WRF model, which we can run for specific user cases. Utilizing the AWS cloud we can run multiple time segments in parallel to reduce overall run time. We can also run MMIF on the output for the model specified by the user. For more information or questions, please email AQcast@aer.com.
- Select Resolution
- Select Domain
- Select Time
Spatial Allocator: Surrogate Tool - This tool is used for creating spatial surrogate files used in the SMOKE model. We have automated the processing of over 300 surrogates for USA, Mexico, and Canada. Many can run in parallel using our AQcast system, which reduces overall run time significantly for any size domain. We can provide the final FILL/NOFILL text files used in SMOKE. For more information or questions, please email AQcast@aer.com.
SMOKE (Sparse Matrix Operator Kerner Emissions) Modeling System - This model produces data used as input into CMAQ. AQCAST:SMOKE has automated the running of all sectors for 12US2 (CONUS12) domain using speciation profiles for 2011. This model also utilizes meteorology data in the form of MCIP files processed from WRF. For more information or questions, please email AQcast@aer.com.