a bearing support 151 to provide support to the shaft 133 during rotation rotation of the shaft 133 by the motor 120 causes the inducer 147 to rotate thereby lifting the fluids entering the intake ports 132 rotation of the shaft 133 also causes the rotating member 145 to generate a centrifugal force in the gas separator 130 the centrifugal force causes the denser fluid i e fluid having more liquid content to move toward the outer wall of the separator 130 and the less dense fluid i e fluid having more gas content to collect in the central area of the separator 130 the fluid mixture then travels up the separator 130 and passes through a flow divider 135 positioned at an upper portion of the separator 130 in one embodiment the flow divider 135 includes a lower ring 134 and a conical upper end as illustrated in fig3 orientation of the flow divider 135 is parallel to and coaxial with the central shaft 133 the lower ring 134 has a diameter that is smaller than the inner diameter of the separator 130 an inner fluid passage 136 connects the interior of the lower ring 134 to exhaust ports 138 in the sidewall of the separator 130 as the fluid flows up and toward the flow divider 135 the more dense fluid located near the outer wall of the separator 130 are outside of the perimeter of the lower ring 134 thus.