|
|
|
|
|
 |
 The
EJECTOR describes a device which a pumping effect is achieved
using a
motive
fluid.
The
Ejector requires no mechanical drive and has no moving
parts. This principle
applies
to every jet ejector in different ranges and types of
application.
The
application determines the design of the flow section. |
 |
A.MOTIVE
INLET
B.NOZZLE
C.CHAMBER
|
D.INLET
DIFFUSER
E.THROAT
F.OUTLET DIFFUSER |
P1
: MOTIVE PRRESSURE
P0 : SUCTION PRESSURE
P2 : DISCHARGE PRESSURE |
|
|
|
 |
The
Ejector is a simple device and consists of three basic
parts ; motive jet nozzle,
suction
chamber, the mixing diffuser. Drag forces is created by
high velocity of
fluid(steam,
liquid, gas or air) which emitted into the suction chamber
through
nozzle.
Diffuser converts kinetic energy of high velocity flow
to pressure energy. |
 |
| - Vacuum drying |
- Concentration |
- Distillation |
- Deodorization |
| - Crystallization |
- Mixing |
- Cooling |
- Transfer |
| - Exhaustion |
|
|
|
|
 |
-
STEAM EJECTOR(VACUUM SYSTEM WITH CONDENSER)
-
STEAM JET LIQUID EJECTOR
-
LIQUID EJECTOR
-
GAS EJECTOR
-
AIR EJECTOR |
|
|
|
