The aeroponic technique utilizes plant roots’ ability to effectively oxygenate from the air (21% O2); for reference, oxygen solubility in water (hydroponics) is at 20 ppm (0.002%) in the best scenarios.

This abundance of oxygen in aeroponics drives plant metabolism, which increases biomass development and root surface area, which in turn increases the effective oxygen and nutrient absorption area. Correct droplet sizes and spray intervals will increase plant mineral nutrition effectiveness.

Increased oxygenation and nutrient uptake in aeroponically produced crops almost always produce higher quality products. That is one of the key reasons why some growers still choose to deal with the operational difficulties, including constant clogging, filter & nozzle cleaning and replacement, as well as the complicated plumbing.

By utilizing aeroponics researchers have full intact plant with all its biological potential at disposal. Up till this day plant roots were underutilized due to traditional growing methods. Aeroponically grown plants are the source of new valuable compounds.

Combining acoustic technology, precision-machined titanium and artificial intelligence, Baltic Freya develops smart, uncloggable and highly tunable aeroponic e-Nozzles and systems for controlled environment cultivation.

Baltic Freya e-Nozzles do not require any pressure pumping systems - simple drip lines are fine, because the nutrient liquid is atomized by targeted vibrations delivered by a highly durable titanium body.

Clogging is also an issue of the past - the liquid channels are from 2mm to 6mm in width, which eliminates any obstruction and enables organic aeroponics, aquaponic mist and many new, sustainable business models.

Droplet diameters, which range from 10µm to over 100µm, are adjusted via software - no manual e-Nozzle reconfiguration is required.