WATER ejectors
MARINE THRUST ejectors
The water ejectors works for MARINE THRUST are no mechanical
moving parts devices powered by an external water pump or
pressure steam. The target is to create a underwater thrust
having no propeller and no moving part. The induced ejector
flow is 5-25 times input flow. The underwater ejector thruster
is designed for the ships and other marine vehicles. (photo
Henri Coanda)
The product needs development.
Usual ejector types for this application are:
WATERJET propulsion
The WATERJET propulsion ejectors are no mechanical moving
parts devices powered by an external water pump or pressure
steam. The target is to create a waterjet thrust having no
propeller and no moving part. The induced ejector flow is 5-25
times input flow. The waterjet ejector propulsion is designed
for the ships and other marine vehicles. The product needs
development. (photo wikipedia)
Usual ejector types for this application are:
WASTEWATER plants
The WASTEWATER plants ejectors are no mechanical moving
parts devices powered by an external water pump or pressure
steam. The target is to rise the oxygen level of the water by
absorbing fresh air in a water jet based on ejection
phenomenon. Other function for wastewater ejector is to create
a smart water flow inside the water basin in order to get
oxygen following the way Nature teaches us to do. (photo
aeration tank)
Usual ejector types for this application are:
STORMWATER management
The water ejectors used for STORMWATER management are no
mechanical moving parts devices powered by a waterpump or
pressure steam device. The target is to create a strong
suction in order to support the drainage system canals to
collect local storm waters. The use is just for several
minutes or hours. The sucction flow is 1,5-10 times higher
related to the normal drain. The ejectors are placed inside
the tube drain system and have no need to be maintenanced.
(photo stormwater detail)
Usual ejector types for this application are:
IRRIGATION for lands
The water ejectors used for IRRIGATION systems are large no
mechanical moving parts devices powered by a waterpump or
pressure steam device. The target is to move large water flows
in order to supply the irrigation channels with fresh water.
The use is permanent depending on input waterpump. The
ejectors are placed in barrage, input or output irrigation
channels and have maintenance no more. The induced ejector
flow is 5-50 times input flow depending on outflow pressure.
(photo watercalculator.org)
Usual ejector types for this application are:
FLOODS
The water ejectors used after the FOOLDS are large no
mechanical moving parts devices powered by a high pressure
&low flow waterpump or pressure steam device. The target
is to remove large water flows from the floods area and
restore the environmental equilibrum. The ejectors are placed
anywhere and have no need to be maintenanced. The sticks,
woods, leaves and mud will pass throught the ejector without
damage it. The induced ejector flow is 5-50 times input flow.
(photo flood detail)
Usual ejector types for this application are:
PERSONAL WATERCRAFT
The PERSONAL WATERCRAFT propulsion ejectors are no
mechanical moving parts devices powered by an external water
pump or pressure steam. The target is to create a personal
watercraft thrust having no propeller and no moving parts. The
induced ejector flow is 5-25 times input flow. The personal
watercraft ejector propulsion is designed for any marine
vehicles. (photo www.bluewavejetskirentals.com) The system
needs development.
Usual ejector types for this application are:
SUBMARINES
The water ejectors works for SUBMARINES are no mechanical
moving parts devices powered by an external water pump or
pressure steam. The target is to create a underwater thrust
for submarines having no propeller and no moving parts outside
the ship. No propeller means no sound emission. The induced
ejector flow is 5-25 times input flow. (photo
www.therebeldandy.com) The product needs development.
Usual ejector types for this application are:
STEAM & VAPOUR THRUST
The water ejectors supply by STEAM & VAPOUR THRUST are
no mechanical moving parts devices powered by a pressure steam
device. The target is to create a underwater thrust for ship
and submarines having no propeller and no moving parts inside
and outside the ship. No propeller means no sound emission.
The induced ejector flow is 5-25 times input flow. (photo
elements.envato.com) The product was first designed and tested
by Henri Coanda.
Usual ejector types for this application are: