BREEZE SLAB is a dense-gas dispersion model used to estimate pollutant concentrations downwind from an accidental chemical release that is heavier than air.
BREEZE VEXDAM (Vapor Cloud Explosion Damage Assessment Model) can be used as a damage / injury assessment tool to determine the amount of blast damage / injury done to individual structures / persons in a certain geographical area due to a vapor cloud explosion.
BREEZE DEGADIS is a dense gas dispersion model that estimates concentrations downwind from an accidental chemical release where the dispersing toxic or flammable substance is initially heavier than air.
BREEZE INPUFF is a Gaussian puff model that simulates the atmospheric dispersion of neutrally buoyant or buoyant chemical releases. The model accounts for point sources and a release duration that is either finite or continuous.
BREEZE AFTOX is a Gaussian puff/plume dispersion model that estimates concentrations downwind from accidental chemical releases where the dispersing plume has the same density as air.
Our parallel version of AERMOD allows users to take advantage of multi-core CPUs, significantly reducing model runtimes. BREEZE AERMOD Parallel produces pollutant concentration estimates identical to U.S. EPA’s Fortran executable. Improvements in the product’s performance enhancements are based directly on the number of CPUs (or cores) utilized.
BREEZE VASDIP computes the corresponding vulnerability parameters for use within these applications. In addition, users have the capability to compute changes in vulnerability as a function of individual structural / human properties.
BREEZE MetView is a powerful data analysis tool, capable of displaying a wide range of meteorological data formats. BREEZE MetView allows users to create fully customizable data tables and graphics to evaluate meteorological conditions at specific time intervals. Each display mode allows the user to extrapolate important correlations between ...
BREEZE AERSCREEN is a screening model based on the U.S. EPA AERMOD air quality dispersion model. The model will produce estimates of 'worst-case' 1-hour concentrations for a single source, without the need for hourly meteorological data, and also includes conversion factors to estimate 'worst-case' 3-hour, 8-hour, 24-hour, and annual ...
BREEZE AERMOD / ISC is a new generation air quality modeling system used to support both regulatory and non-regulatory modeling requirements worldwide. Without a doubt, BREEZE AERMOD offers you the most complete air quality modeling system available on the market today. No other application is used by more air quality professionals around the ...