Environmental Engineering

Airflow modeling gives engineers the luxury to consider several design options in the least amount of cost and time. Consequently, the final design is based on a professional design process considering several options and selecting the optimum solution. This saves capital and operating costs, also save time on correcting mistakes further down the design route as well as saving time during commissioning.

Why Airflow Design Modeling?

No matter how complex your airflow application is, the CFD modeling brings a comprehensive understanding through virtual prototype in the form of 3D computer animations. As a result, detailed analysis helps to:

	Understand the multiple interacting factors that influence airflow.
	Optimize design calculations of air and thermal characteristics enabling dramatic savings in capital investment and system operating costs.
	Predict and eliminate airflow problems early in the design process before building of equipment begins.
	Troubleshoot airflow problems in and around existing design to ensure fast solution
	Significant reduction of time and cost while increasing the value of detailed analysis for the flow regime.

In the design of air flow systems, CFD modeling is a very useful tool. In the case of thermal displacement designs, CFD is strongly recommended and enables us to:

Visualize temperature stratifications
Confirm heat loads are offset
Optimize diffuser locations
Prove contaminant removal
Ensure absence of drafts
Present a visual picture of the air-conditioning to the client.
Clean room design and ensure indoor air quality

The modeling of the air-conditioning system, prior to committing to building the space, is an invaluable tool in the overall design and construction process.

Plume Dispersion Modeling

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