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Introduction on the plasma
torch project
(Environmental issues,
Man-made calamity, Natural calamity)
1.
Bank protection works
2.
Embankment
3.
Prevention of avalanches and rock slides
4.
Prevention of soil liquefaction during earthquakes
5.
The basic support of construction works
6.
Solution to slag/coal mine residue
7.
Treatment of waste materials
8.
Treatment of contaminated soil
Information on in-situ
plasma arc
technology project
2MW
MOBIL POWER SUPPLY
AIR COMPRESSOR
& COOLING SYSTEM
2MW TOOLS &ELECTRIC CABLE
General outline of the plasma system
Scale of the device (above 2 MW)

1.Bank protection works
Serious flood damages occurs every year in Japan. Many regions have been designated as hazardous areas because of the regularity of damages from water. Rock slides often accompany heavy rains in these regions and seriously impact roads and railroad infrastructure.
Many private homes and factories are build at the foot of mountains and on the edges of river bank. Because of these population densities in regions vulnerable to flood damage, new methods are required to prevent the escalating costs of these disasters.
Currently the most common form of soil stabilization in these areas is to build earthen barriers or to lay down soil over concrete blocks. In most cases of serious flooding, however, these measures have been not been able to stop the river.
Plasma torch soil remediation could change this. Because it makes the underlying soils many times stronger than concrete, it would be able to prevent the banks from washouts caused by the wild water, similar to piling the banks with vitrified columns. The explanation of this effect is shown in Figure 1.
Rivers without flooding would be able to maintain their ecological balance and beauty.