Sani-Tech Stationary Compaction Systems use detachable, Roll-Off,
Receiver Bodies (1 0 to 47 yard capacities) to store compacted
material
prior to hauling. They are ideal for processing moderate to high
volumes
of wet and dry materials because they're 100% sealed and liquid
tight
when the components are together. Since the Receiver Bodies are
the only parts that get handled by the Waste Hauler, high quantities
of material can be disposed of and the greatest possible savings can
be achieved.
Sani-Tech Front-Load Compaction Systems use detachable Receiver
Bodies (2 to 6 yard capacities) that are emptied by standard Front-
Load Garbage Trucks on site. They are ideal for processing low to
moderate volumes of wet and dry materials because they're also 100%
sealed and liquid tight when the components are together. Since the
Receiver Bodies never leave the site, waste removal downtime
is minimal.
The revolutionary design of our Stationary and Front-Load
Compaction
Systems provides superior wet and dry material containment. This is
accomplished using fully gasketed Material Discharge Nozzles that
penetrate 9" through relatively small, round, intake openings in our
Receiver Bodies. Liquids are easily contained due to the augeh
inherent
mixing quality coupled with variable depth Receiver Body sumps. In
applications where wet material volumes are extreme, fully
integrated
drain systems could be installed to allow liquids to escape in a
safe
and controlled manner prior to hauling. This would reduce the
overall
weight of the compacted material thereby increasing the amount of
refuse that could be hauled as well as yielding significant cost
savings.
The small, round, intake openings in our Receiver Bodies play
another
very important role. Due to their small size, material spillage is
virtually
eliminated during Compactor separation.
The value of these features can't be stressed enough - By
effectively
controlling liquid waste and material spillage our Stationary and
Front-
Load compactors can be easily used in lieu of traditional
Self-contained
systems. In doing so, larger Receiver Bodies can be used, more trash
can be hauled, hauling frequencies can be reduced and tremendous
savings can be realized!
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