|
Traditional Grinding
System |
 |
Cryogenic Grinding
System |
|
The heat is developed
inside the grinding mill |
Temperature below 0*c
inside the grinding mill |
|
The heat, which is
developed during
grinding, leads on one
hand to evaporation of
the essential oil and on
the other hand, heat
sensitive fats are
melted. |
Negligible loss of
volatile component |
|
This in turn can
lead to the grinding
elements become greasy
(oily) and even harms
the machine by blocking
it. |
Not in Cryogenic process |
|
High energy consumption |
Low energy consumption |
|
High capacity motors are
required to grind the
material |
Low capacity motors are
required to grind the
material |
|
Essential value of
material are evaporated |
No evaporation of
essential value |
|
No control on particle
size |
Particle size are under
controlled |
