LVPP
PROCESS
PLASMA
PLASMA
THIN FILM COATING
 |
| |
 |
| |
 |
| |
 |
| |
 |
| |
 |
| |
 |
The LVPP process utilizes plasma processes that can completely vaporize,
dissociate and convert to ionized elements any solid, gas or liquid. It includes
methods of sequestering the elements each from each in a form suitable for
resale. Two different technologies can be used. The first is a processor based
on a toroidal plasma device and the second utilizes intense electron beams.
The LVPP processor differs from a Fusion Torch in that it consumes
electricity. The power delivered to the solid particles in each case is over
5,000,000 watts/cm2. This is almost 10,000 times higher than plasma torches
that are in current use.
dissociate and convert to ionized elements any solid, gas or liquid. It includes
methods of sequestering the elements each from each in a form suitable for
resale. Two different technologies can be used. The first is a processor based
on a toroidal plasma device and the second utilizes intense electron beams.
The LVPP processor differs from a Fusion Torch in that it consumes
electricity. The power delivered to the solid particles in each case is over
5,000,000 watts/cm2. This is almost 10,000 times higher than plasma torches
that are in current use.