| 1. |
Low
temperature - low energy consumption |
| |
VMAT
operates below 90°C which does not require phase change
latent energy. Working pressure is just around 3 to
5 bar. Therefore, energy consumption is minimal. |
| 2. |
Low
Pressure |
| |
Unlike
traditional membrane system that requires high pressure
to facilitate the filtration process, VMAT only experiences
3-4 bar (40-50 psi) pressure being exerted on the membrane
surface. Thus, the consumption of electricity is minimized
and membrane useful life has been significantly prolonged. |
| 3. |
Modular
Design and small footprint |
| |
VMAT
is designed in modules. Single vibrating membrane unit
occupies only 1.2m x 1.2m. Auxiliary equipment is simple,
making it easy to expand its capacity in stages. |
| 4. |
Ability
to handle synthetic oil |
| |
Without
using chemicals and employing higher temperature like
in other distillation processes, VMAT could treat the
used synthetic oil in just a single pass filtration. |
| 5. |
Low
Cost |
| |
ROI
payback in less than 2 years |
