How To Deploy Bipolar Ionisation Into Your HVAC System

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There are two key variables to consider while installing a bipolar ionization solution. The initial one is air circulation. Ions require excellent air circulation to reach impurities and clear them up.

The second factor is the amount of pollution in the air. The higher the amount, the greater the number of ions required to combat it.

So, if you're thinking of getting a bipolar ionizer for your building, don't be scared to ask your provider why and where.

The steps used

Step 1: Determine your pollution level

Before you can decide which bipolar ionization system you require and where you want to put it, you must first assess the degree of pollution in your space, if it is the entire building or specific rooms.

You can accomplish this in a variety of ways. IAQ monitors can be used to test one portion of the building, such as one tenant company's offices. Aerosol tracing can be used to test your ventilation.

Step 2: Select a location

Ensure to test your IAQ in every space to determine the appropriate size device. It is best practice to generate ions within proximity to the area that requires cleaning as feasible.

Ions react with one another, become trapped in filters, and are discharged in cooling loops.

As a result, the more time it takes for them to make it to the desired location, the fewer ions you will need to complete the task.

Keeping that in mind, there're three possible locations for ionizers.

1. Inside a branch duct

If you are a resident in one section of a house or building and simply require your space to be ionized, connect it to a branch duct.

2. Inside the AHU (Air handling unit)

Many AHUs in buildings are designed to ensure even air distribution throughout all spaces.

Check to see if your AHU provides all of your building's cooling and heating, and if so, this is an appropriate location for your bipolar ionization equipment.

3. In the case of an FCU (fan coil unit)

You are not left out even if your buildings use FCUs to ventilate whole buildings rather than a rooftop unit or centralized AHU.

ACUs (air conditioning units) and FCUs are also the closest to the area you want to clean, making them ideal locations for ionizers.

Step 3: Select the appropriate device

After deciding on a location, you must install the appropriate gadget. There are numerous models of ionizers to choose from, equivalent to how there are several distinct kinds of buildings.

It all revolves around the sort of HVAC system you have and the shape and size of the room(s) to be cleaned.

Remember that the ability of the bipolar ionization substance to get to and collide with contaminants is critical to its efficacy.

For the most massive and most polluted areas, you may need three or four devices to ensure complete coverage.

Step 4: Evaluate its effectiveness

Because ions cannot be seen, how will you know if the mechanism is working? The degree of ions in the environment can be measured using the proper equipment.

More importantly, how will you know if the bipolar ionization was successful?

You will need to assess the air quality in the region of interest over some time, taking readings before and after installing your bipolar ionization equipment.

It is also critical to understand the quality of outside air transported inside the building throughout the time frame of the test.

Do you need to purchase bipolar ionization?

Whenever you want to get a bipolar ionizer, ensure it is from a renowned manufacturer. Do contact us today for inquiries or to make a purchase.

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