How does it work?
Aerosoltrap based on a technique for particle separation (enrichment) and based on the flow velocity at different flow rates, a simplification of the so-called continuity condition (m³/s = m² * m/s). New and innovative applications can be developed based on technologies such as particle capture with Aerosoltrap based. Research and Development (R & D) for new applications are implemented on Aerosoltrap the necessary steps before it is used commercially. So far each new use proven to work as intended.

Aerosoltrap is an innovation that originated from nature. Separation and condensation is continuous in nature, we do have the weather and water! This phenomenon can be used in a similar way to separate / separate particles by their own mass and create mass by condensation of gases, ie everything that flows could be enriched with this separation technique. Drain can be designed in various ways, among others. continuously during operation resulting in reduced costs of downtime and service. This is done in the most efficient and economic manner in accordance with nature's physics! All are environmental benefits at every stage where Aerosoltrap used.

Aerosols = particle with its own mass, which always falls down when the speed is reduced! Looking at Earth from above over the Nile river delta where it flows into the Mediterranean or when winds blow across the Sahara into the Atlantic Ocean is the same as the continuity condition described!

Filtrering by separation, ideas from nature

Continuitety condition
(simplyfied)
Constant volyme flow, m³/s
Speed, m/s
Area, m²

Constant flow:
Small area  =  High speed
Larger area = Decreased speed

Nile delta
(fphoto: NASA)

Demo movie here
AerosolTrap

Cloude of aerosoles from Sahara over Atlantic
(photo: NASA)