|
|
|||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
|
Screening Procedures: SCREEN3 | TSCREEN | VISCREEN | CTSCREEN Regulatory Models: ISCST3 | ISCLT3 | ISC-PRIME | AERMOD | CALINE3 | CALINE4 | CAL3QHC | FDM Emergency Release Models: Related Programs: BPIP | PCRAMMET | BINTOASC | WRPLOT | STAR | WINDROSE Modeling Guidance: Screening Procedures SCREEN3 is used to estimate maximum ground-level concentration for a single source (point, flare, area, or volume) and can be used for flat or elevated terrain. Click the filename to download the file.
Lakes Interface for SCREEN3: Screen View
Screening model for determining maximum short-term impact from toxic releases. Click the filename to download the file.
Initial screening model for visual impact caused by emissions to the atmosphere. Click the filename to download the file.
Complex terrain screening model of CTDMPLUS. Click the filename (highlighted in blue) to download the file.
Regulatory Models ISCST3 - Industrial Source Complex - Short Term Used in more detailed studies of maximum air quality impacts (Phase 3-Refined Modeling Analysis). The purpose is to compute short term concentration or deposition values, from multiple sources, on specified locations (i.e., receptors). Click the filename to download the file. This is the latest version of the regulatory model ISCST3 (02035) which was released by U.S. EPA on Feb 4, 2002.
Click Here For ISCST3 Model Evaluation References Lakes Interface for ISCST3: ISC-AERMOD View ISCLT3 - Industrial Source Complex - Long Term ISC3 Long Term dispersion model is used to model emissions with long-term averaging periods. Click the filename to download the file.
ISC3 User's Guide (ISCST3 & ISCLT3) Click the filename to download the file.
ISC-PRIME - Industrial Source Complex - Plume RIse Model Enhancements ISC-PRIME dispersion model is being evaluated as the next generation building downwash model. This version of the ISC model has a new set of algorithms and has been named ISC-PRIME. The files below are made available for review and evaluation. Click the filename to download the file.
AERMOD is the next generation air dispersion modeling system and consists of 3 components - AERMOD (air dispersion model), AERMET (meteorological data preprocessor) and AERMAP (terrain preprocessor). A brief overview of the model can be found in the mod-desc.txt file below. Click the filename to download the file.
CALINE3 (California Line Source Dispersion Model) Air quality models used to predict pollutant concentration near roadway intersections. CAL3QHC is an enhanced version of CALINE3, with the additional traffic algorithm to estimate vehicular queue lengths at intersections with traffic stop lights. We recommend that you get both models. The theoretical information regarding the CALINE3 implementation in CAL3QHC is only presented in CALINE3 User's Guide. Click the filename to download the file.
CALINE4 (California Line Source Dispersion Model) CALINE4 is a modeling program to assess air quality impacts near transportation facilities. It is based on the Gaussian diffusion equation and employs a mixing zone concept to characterize pollutant dispersion over the roadway. CALINE4 comes with a Windows user interface. Click the filename to download the file.
See description for CALINE3 Click the filename to download the file.
FDM (Fugitive Dust Model) is an air quality model designed for computing concentration and deposition impacts from fugitive dust sources. Click the filename to download the file.
Emergency Release Models SLAB is an atmospheric dispersion model for denser-than-air releases. Four types of releases can be treated by the model: a ground-level evaporating pool, an elevated horizontal jet, a stack or elevated jet, and an instantaneous volume source. Click the filename to download the file.
Lakes Interface for SLAB: SLAB View -------------------------- SLAB User's Manual (Full Version)
SLAB User's Manual (Abridged Version) Click the filename to download the file. Choose one file only!
Note 1: To read and print PDF files, you will need the Adobe Acrobat Reader. If your browser does not support PDF files yet, you may download the Adobe Acrobat Reader, free of charge, at http://www.adobe.com Note 2: If you downloaded the SLABMPS.ZIP, then unzip this file and in a DOS window give the following command: COPY SLABMPS.PRN LPT1: (This file can be printed on postscript printers only). If you are using Windows 95/98 or NT, drag the file and drop over your printer icon. -------------------------- DEGADIS is a mathematical dispersion model that can be used as a refined modeling approach to estimate short-term ambient concentrations and the expected area of exposure to concentrations above specified threshold values for toxic chemical releases. Click the filename to download the file.
Related Programs BPIP (Building Profile Input Program) calculates building downwash, building heights and projected building widths, for input into ISC3 model (ISCST3 and ISCLT3). Click the filename to download the file.
Lakes Interface for BPIP: BPIP View PCRAMMET is a very useful utility program to convert meteorological data from National Weather Service (NWS) to be used by EPA's short term air quality dispersion models such as ISCST3. Click the filename to download the file.
Lakes Interface for PCRAMMET: Rammet View This is a utility program that converts unformatted (binary) meteorological data files generated by the RAMMET, PCRAMMET, or MPRM preprocessor programs to the default ASCII format for applications that do not involve dry deposition. Click the filename to download the file.
WRPLOT is an interactive program to generate wind rose statistics and plots for user-specified date and time ranges. Wind roses are useful to define the dominant transport direction of the winds for a location. Click the filename to download the file.
Download FREE Lakes Wind Rose Windows Program: WRPLOT View The STAR program summarizes National Weather Services (NWS) meteorological data, by generating joint frequencies of 6 wind speeds, 16 wind directions and 6 stability categories for the station and time period desired. Click the filename to download the file.
Click the filename to download the file.
Modeling Guidance Guideline on Air Quality Models - GAQM This guideline is the regulatory document that recommends air quality modeling techniques that should be applied to different set of conditions. This document is also referred to as "Appendix W of CFR Part 51" (where CFR stands for Code of Federal Regulations). Click the filename to download the file.
|
|
|
||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
Send your comments to: webmaster@weblakes.com |