operationally the centrifugal degasser 12 will receive a slurry material 34 containing gaseous substances designated by the gas bubbles 36 the gas cut slurry 34 will enter the centrifugal degasser 12 through the inlet port 16 with a natural gravity feed the motor 26 will rotate the propellers 30 and paddles 24 the rotation of the propellers 30 will enhance the feed of the slurry material 34 into the casing 14 as the slurry material enters the casing it will be diverted by the conical flow diverters 32 toward the inside wall of the casing 38 the paddles 24 will also rotate at the same rate as the propellers 30 due to the drive motor 26 and will cause the slurry 34 to take on a rotary motion in direction 28 the result of this rotary motion is a centrifugal field the centrifugal force acting on the slurry creates a vortex such that the slurry flows in an annular rotating layer the force field will cause the separation of the heavier liquid solid phase of the slurry 34 directing it toward the wall 38 of the casing 14 while separating the gas phase of the slurry 34 and causing the gas bubbles 36 to.