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Enviroware S.r.l.
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MeteoData - Meteorological data for air dispersion modeling

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Enviroware provides meteorological data to be used in air dispersion models for almost any area of the world. These data are obtained by using the Weather Research and Forecasting (WRF) model and, if needed, the CALMET diagnostic model. We provide data in the following formats: AERMET, AERMOD, CALMET, CALPUFF and LAPMOD.
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  • AERMET-Ready
  • AERMOD-Ready
  • CALMET-Ready
  • CALPUFF-Ready (MMIF)
  • CALPUFF-Ready (CALMET 5.8.5)
  • CALPUFF-Ready (CALMET 6.5)

Data can be provided starting from year 2012.

The user typically receives the data in a maximum of five working days. Thanks to the use of powerful and scalable servers we can often shorten this time. Data are made available through a password protected link.

These data are obtained through the application of WRF and MMIF (Mesoscale Model Interface Program). They can be used in input to AERMET. The user may select two resolutions: 9 km (for almost flat terrain) or 3 km (for complex terrain). What you get:

  • For each year, a file with onsite meteorological data.
  • For each year, a file with upper air data in FSL format.
  • The three input files needed to run AERMET.
  • A wind rose obtained from the onsite data.

These data are obtained through the application of WRF and MMIF (Mesoscale Model Interface Program). They can be used in input to AERMOD. The user may select two resolutions: 9 km (for almost flat terrain) or 3 km (for complex terrain). What you get:

  • For each year, a file with meteorological data at surface (*.sfc)
  • For each year, a file with upper air meteorological data (*.pfl).
  • An example AERMOD.INP file used to test the meteorological data that you can modify as needed.
  • A wind rose obtained from the onsite data.

These data are obtained through the application of WRF and CALWRF to produce 3D.DAT files. They can be used in input to CALMET. Typical resolution is 3 km (obtained with three nested domains), but 1 km resolution simulations (obtained with four nested domains) can be performed. What you get:

  • A set of 3d.dat files (one for each month) to be used in input by CALMET (versions 5.8.4 and above).

These data are obtained through the application of WRF and MMIF (Mesoscale Model Interface Program). They can be used in input to CALPUFF or LAPMOD with Lambert Conformal Conic (LCC) projection. Available resolutions are 3 km (obtained with three nested domains) and 1 km (obtained with four nested domains). What you get:

  • A set of MMIF output files (one for each month) to be used in input by CALPUFF (versions 5.8.4 and above).
  • An example calpuff.inp file used to test the MMIF files (that you can modify for your needs).
  • A wind rose obtained from data extracted from a point close to the center of domain.

These data are obtained through the application of WRF, CALWRF and CALMET 5.8.5. They can be used in input to CALPUFF or LAPMOD with Universal Transverse Mercator (UTM) projection. Available resolutions – depending on the domain size - are 200 m, 250 m, 500 m and 1km. What you get:

  • A set of CALMET output files (one for each month) to be used by CALPUFF (versions 5.8.4 and above).
  • An example calpuff.inp file that the user can modify as needed.
  • A wind rose obtained from data extracted from a point close to the center of domain.

These data are obtained through the application of WRF, CALWRF and CALMET 6.5. They can be used in input to CALPUFF or LAPMOD with Universal Transverse Mercator (UTM) projection. Available resolutions – depending on the domain size - are 200 m, 250 m, 500 m and 1km. What you get:

  • A set of CALMET output files (one for each month) to be used by CALPUFF (version 7).
  • An example calpuff.inp file that the user can modify as needed.
  • A wind rose obtained from data extracted from a point close to the center of domain.

Ask a quote from the Enviroware's Internet site. Select the data format, the year(s), tha area of interest and the grid size. You'll receive the offer in no more than one working day.