Odours can be a significant problem for many businesses and industries, impacting employee health, community relations, and even regulatory compliance. Fortunately, odor control systems offer a solution. 

We at Dutco Tennant LLC specialise in distributing high-value odour control units designed from diverse technologies. Clients can choose the most suitable odour control unit from our selection of products.

But picking an odour control unit alone is not sufficient to address the foul smell issue in the facility. Designing an effective odor control system isn't as simple as picking the first solution that comes to mind. Instead, it requires careful consideration of a variety of factors.

In this blog, we'll explore the key considerations when designing an effective odor control system. So, without further ado, let's get to know about them, shall we.

Identifying the Source of Odours

The first step in designing an effective odor control system is identifying the source of odours. While it is easy to spot the source in wastewater treatment plants, therefore, a dedicated odour control system is a key requirement in this application. 

The challenge is to identify sources of odour in other industries, as odours can come from many different sources, such as process emissions, waste streams, and fugitive emissions. A thorough odor assessment is essential to pinpoint the source or sources of the problem.

Determining the Type of Odor

Not all odours are created equal. Odours can be categorised based on their chemical composition and the source from which they originate. For example, some odours may come from organic compounds such as hydrogen sulphide or ammonia, while others may come from volatile organic compounds (VOCs) like benzene or toluene. In some cases, odours may be a combination of different compounds.

The type of odor is important to consider when selecting an odor control technology because each technology is better suited for specific types of odours. We at Dutco Tennant LLC offer systems utilising diverse technologies such as wastewater biological scrubbers, activated carbon systems and more.

Assessing Airflow Rate

The airflow rate is a critical factor in determining the size and capacity of an odor control system. It's essential to measure the volume of air to be treated per unit time accurately. If the system isn't sized appropriately, it may not effectively control odours.

Evaluating the Facility Layout

The facility layout is an important consideration when designing an odor control system. The system must be designed to fit within the available space and not interfere with other operations.

Establishing a Budget

Cost is always a consideration when designing an odor control system. The budget will determine the type of technology used, the system's size and capacity, and other design considerations.

Choosing the Right Odor Control Technology

Once all the above factors are considered, the final step is to choose the appropriate odor control technology. There are several technologies available, each with its advantages and disadvantages. 

For example, activated carbon is highly effective at absorbing organic compounds but may require frequent replacement. Chemical scrubbers can handle a wide range of pollutants but may be costly to operate.

All in all, designing an effective odor control system requires careful consideration of several factors. A thorough odor assessment, proper airflow rate measurement, and choosing the right technology are all critical steps in ensuring that the odor control unit and the overall system is effective. 

By designing a system that is tailored to the facility's specific needs, businesses can effectively control odours and improve air quality while maintaining compliance with environmental regulations.