professional coanda ejectors in any working configuration |aerodin

Coanda ejectors for any domain

AEROSPACE ejectors

We have learned from Henri Coanda researches. It is a great challenge to adapt Coanda ejectors to aerospace domain, but it works. It is time to fly without any mechanical moving parts!!! Will you?! (photo Pratt & Whitney)

INDUSTRIAL ejectors

We have learned from Henri Coanda researches. Based on our know-how, we design any types of Coanda ejectors, for industrial domains to use them in any working conditions having less or no maintenance. (photo Italbronze)

AGRICULTURE ejectors

We have learned from Henri Coanda researches. Based on our know-how, we design and test Coanda ejectors, for suction grains in agriculture. Vacuum grain transport is very useful for ship loader/unloader. (photo agricolleges.com)

WATER ejectors

We have learned from Henri Coanda researches. We design and test any types of Coanda water ejectors propulsion but also for the storm water management, floods or irrigation. (photo ADAPT Network)

VACUUM ejectors

We have learned from Henri Coanda researches. Based on our know-how, we design and test any types of Coanda vacuum ejectors up to 95000Pa to work in any conditions. (photo aerodin)

OIL & GAS ejectors

We have learned from Henri Coanda researches. Based on our know-how, we design and test any types of Coanda ejectors, for oil & gas industry useful on the land or on the sea platforms. (photo Iran Khazar)

MINES ejectors

We have learned from Henri Coanda researches. Based on our know-how we design and test any types of Coanda ejectors at any large flow, for usual activities in any mines. (photo salt mine)

SPORT ejectors

We have learned from Henri Coanda researches. Based on our know-how and experiments, we design and test any types of Coanda ejectors, for sport training activities.

NOISE CONTROL ejectors

We have learned from Henri Coanda researches. We design and test Coanda ejectors, for noise control over free jets and engines exhausts. (photo Harvard Natural Science)

PNEUMATIC TUBE SYSTEMS ejectors

We have learned from Henri Coanda researches. We design and test Coanda ejectors, for pneumatic tube systems for any transport customers need. (photo www.h-pproducts.com)

FILM & ENTERTAINMENT ejectors

We have learned from Henri Coanda researches. Based on our know-how, we design and test any types of Coanda ejectors, for film and entertainment. Come to play with ejectors!

EDUCATION & CULTURE ejectors

We have learned from Henri Coanda researches. We have educate young people to further sustainable use of the Coanda ejectors. (photo studypenguin.com)

How Coanda ejector works

Coanda ejector is a geometric device, having no moving parts, that create an induced flow using an input fluid flow coming from high velocity fluid power.
The common working fluids are air and steam.
The Coanda ejector (yellow) is coupled to an existing diameter flow duct.
As soon as the ejector is powered on, a vacuum is created (red zone) and an induced flow suddenly appear.

Special Coanda ejector particularities

Coanda ejectors have 2 main dimensions and also 3 geometric dimensions and 2 other thermodynamic supply parameters (pressure and temperature) in order to control the flow and make the necessary adjustments for each flow conditions and each customers needs.
The Coanda ejector is more complex flow device than a simple rotor fan or blower therefore the flow characteristics is done by adjustments of geometric dimension, pressure and temperature.
The input temperature is critical for the efficiency of the device therefore the efficiency is depending on the input local customer conditions.