the faces in various exemplary embodiments the angle 115 may range from about 15 u00b0 to about 70 u00b0 preferably ranges from about 35 u00b0 to about 50 u00b0 and more preferably ranges from about 40 u00b0 to about 45 u00b0 it should be noted that although spool 110 is shown with two essentially identical outlets 111 oppositely disposed of one another the number and arrangement of outlets may be varied within the spirit and scope of the present disclosure and claims in various exemplary embodiments with a different number of outlets 111 the shape of the flow divider 112 may also be varied to more efficiently divide the flow and direct it to the outlets 111 e g in a spool 110 with three outlets 111 the flow divider 112 may have a triangular base pyramid shape with a face 113 directing flow to each outlet 111 it should be noted that although the booster station 100 is shown as having a single incoming flow and a single outgoing flow there may be any number of inlet flows the disclosed system may also be used in applications that are not supplied with an artificial water source such as a well applicant believes that the spool of the present disclosure will achieve a marked improvement in flow dynamics through the system by reducing the pressure lost as the flow of water is turned from a vertical flow to a horizontal flow this in turn will reduce the power consumption of the submersible pump and or reduce the number.