How It Works

uBreathe Air Purifiers design innovative air purification systems that harness the power of nature to improve indoor air quality. By integrating natural processes, our products help reduce pollutants, allergens, and toxins, creating healthier environments for your environment.

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STEP ONE

When the unit is switched on, it pulls polluted air through the inlet.

Here, the microbes in the roots & soil of the plant with phytostabilization. This reduces the bioavailability of pollutants.

STEP TWO

The next step is phytoextraction

This means moving contaminants and pollutants to other parts of the plant tissue.

STEP THREE

The uBreathe device allows more air to pass through the soil & the roots.

Pollutants such as COx, NOx, SOx & TVOCs are processed in the soil root zone.

The plant's tissues then degrade organic contaminants directly, through the release of enzymes from roots, or through metabolic activities within plant tissues, called phytodegradation.

*based on the research by Bil Wolverton for NASA in 1989.

STEP FOUR

The air is then passed through coco-husk and Activated Charcoal Filter

This process removes pollutants such as PM2.5, PM10, odour and dust that can cause respiratory disorders.

Particulate matter can also trigger existing conditions such as asthma.

Air passes through filters

STEP FIVE

The plant tissues absorb the contaminants through roots & convert them into gaseous form.

Once converted into gaseous form, they release the purified air into the atmosphere.

This is phytovolatalisation.

The carbon filter

also removes odour, dust & dander.

Clean air is released through the outlet.

When the unit is switched on, it pulls

polluted air through the inlet.

Here, the microbes in the roots & soil of the plant with phytostabilization. This reduces the bioavailability of pollutants.

The next step is phytoextraction, which means moving contaminants and pollutants to other parts of the plant tissue.

The uBreathe device allows more air to pass through the soil & the roots.

Pollutants such as COx, NOx, SOx & TVOCs are processed in the soil root zone.

*based on the research by Bil Wolverton for NASA in 1989.

The plant's tissues then degrade organic contaminants directly, through the release of enzymes from roots, or through metabolic activities within plant tissues, called phytodegradation.