Key Features of Air Dispersion Modeling Software

Posted by on Thursday, December 20th, 2018 in Blog

When you need to conduct a screening dispersion modeling analysis, you need air dispersion modeling software that delivers quality graphics, an easy user interface, and options for plotting various source points, pollutant concentrations, and atmospheric conditions. That is why you need to find an air dispersion modeling software designed with key features that simplify the process and deliver the data management tools you depend on to create accurate models.

Air dispersion modeling software should include quality graphics.

The data you work with can be difficult to manage when it is not represented graphically on the computer screen. Plot points and numbers, for example, are much harder to comprehend when they are absent from a map or survey that shows how they fit into the overall picture you are dealing with.

Air dispersion modeling software should include an easy user interface.

Ease of use translates into greater efficiency and productivity, as well as fewer user errors. To that end, select an air dispersion modeling software that emphasizes a user interface that is intuitive and easy to manage.

For example, air dispersion modeling software that features a graphical user interface (GUI) can provide an easier way to interact with the software than more traditional interfaces. Through the manipulation of graphics, the user can more intuitively, and efficiently, complete their desired tasks. Examples of air dispersion modeling software that offer GUI are AERMOD and Professional CalPuff.

Air dispersion modeling software should address specific terrain and atmospheric conditions.

Not every dispersion modeling analysis deals with the same circumstances. In fact, part of the reason for completing these analyses is to determine the flow of pollutants under specific circumstances, such as terrain, atmospheric conditions, and more. This means that you may be analyzing anything from the movement of exhaust at an intersection to the movement of radioactive material over complex terrain.

The air dispersion modeling software you select should be specifically designed to address the terrain, atmospheric conditions, and other circumstances you are dealing with in your analysis. Each software has been designed with a different focus. For example, AERMOD is designed to incorporate planetary boundary layer concepts that allow you to analyze complex terrain, urban locations, and the spread of emissions up to 50 km. CalPuff, on the other hand, is ideal for handling situations involving complex winds, or the movement of pollutants over long distances.

When you are not sure which air dispersion modeling software will work best for your situation, consultation with an experienced business focused on customer support and high quality products is key. At Providence-Oris, we can offer you resources and guidance to help you match one of our superior air dispersion modeling software systems to your specific needs.

Air dispersion modeling software should use standard models.

When it comes to air dispersion modeling, there are a few standard models in use. These include the Gaussian plume model, the Gaussian puff model, and the and Lagrangian particle tracking model.

The air dispersion modeling software you choose should use a standard model in order to simplify your work and ensure that it is easily understood and accepted. When selecting the right software for your needs, be sure to choose one that utilizes the model most useful to your circumstances. You may also want to further understand their pros and cons in order to decide which one will most benefit your project.

When you need assistance selecting air dispersion modeling software, do not hesitate to reach out to Providence-Oris. We offer solutions that incorporate range of models, from Gaussian to Eulerian grid photochemical models and, with more than 30 years of experience, we are well-equipped to guide you toward the solutions that work best for your circumstances and modeling needs.

Air dispersion modeling software should integrate with multiple meteorological data and modeling structures.

Versatility is often key when it comes to successfully completing a modeling project. Opening a software to find it does not integrate with all of your meteorological data, for example, can lead to the frustrating inability to accurately complete your models.

Instead, select an air dispersion modeling software that integrates with multiple meteorological data structures. The more flexible the software is, the more likely you are to find it seamlessly allowing the completion of accurate and useful modeling tasks.

In addition, choose an air dispersion modeling software that allows you to integrate with a variety of modeling structures. For example, AERMOD can incorporate a variety of EPA modeling structures in order to simplify your process and ensure the successful completion of your task.

Air dispersion modeling software should make your projects easier, more efficient, and more accurate. Select ones that include quality graphics, an easy user interface, that address specific terrain and atmospheric conditions relevant to your project, that uses standard models, and that integrates with multiple meteorological data and modeling structures.

And do not hesitate to reach out to Providence-Oris as you search for the right software. Our consulting support, and wide range of high quality projects will make it easier to identify the right product for your needs.