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INNOVATIVE SOLID BOWL CENTRIFUGE TECHNOLOGY

INNOVATIVE SOLID BOWL CENTRIFUGE TECHNOLOGY

INNOVATIVE SOLID BOWL CENTRIFUGE TECHNOLOGY

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FLOTTWEG SORTICANTER ®<br />

The innovative FLOTTWEG<br />

SORTICANTER ® is designed<br />

for the separation of solids by<br />

density. The process is aided<br />

by a carrier liquid with a specific<br />

gravity that is between the<br />

densities of the two solid<br />

streams to be separated.<br />

The patented FLOTTWEG<br />

SORTICANTER ® consists of a<br />

cylindrical conical bowl with a<br />

second inner cone at the cylindrical<br />

end and a double acting<br />

FLOTTWEG SORTICANTER ® for plastic recycling<br />

flights wound in the opposite<br />

direction to those conveying<br />

sedimentated solids transfer<br />

the lighter solids across a drying<br />

zone to the exit ports. The<br />

liquid is skimmed off and discharged<br />

under pressure by an<br />

® = registered trademark in various countries<br />

scroll conforming to the inner<br />

contour of the bowl.<br />

The bowl and lagging scroll<br />

rotate at a high speed in the<br />

same direction. The solid-liquid<br />

mixture is conveyed through<br />

the centrifuge feed pipe and inlet<br />

ports in the scroll body into<br />

the bowl and accelerated to<br />

the bowl speed. Centrifugal<br />

force causes the solids which<br />

are heavier than the carrier<br />

liquid to settle against the<br />

impeller at the cylindrical end<br />

of the bowl.<br />

After an intermediate cleaning<br />

step, liquid may be recycled as<br />

carrier liquid. Carrier liquids<br />

with different densities enable<br />

bowl wall. The scroll conveys the<br />

deposited layer of heavy solids<br />

toward the conical bowl section,<br />

over the drying zone and<br />

ejects them through ports into<br />

the stationary solids housing<br />

and down the discharge chute.<br />

The solids which are lighter<br />

than the carrier liquid float and<br />

are conveyed with the liquid<br />

toward the cylindrical end of<br />

the bowl. When the floating<br />

particles have reached the<br />

second inner cone, scroll<br />

the user to shift the effective<br />

interface zone.<br />

liquid discharge<br />

under pressure<br />

solids discharge of heavy phase solids discharge of light phase<br />

feed inlet<br />

9

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