conduit 204 proximate to the water passage that is during operation the flow of the water makes approximately a 90 degree turn the water can alternately make as little as approximately a 45 degree turn and as much as approximately a 135 degree turn a re injection passage 670 extends from the flow restrictor pocket 610 downhole past the redirector 250 the re injection passage 670 can be connected with completion tubing or other tubing fig7 shows an embodiment of the flow restrictor 304 the flow restrictor 304 has a body 701 that defines therein an upper inner chamber 725 and a lower inner chamber 720 the upper inner chamber 725 and the lower inner chamber 720 are divided by a flow restriction orifice 740 the flow restriction orifice 740 and the body 701 can be the same part or two separate parts fit together preferably the flow restriction orifice 740 has a narrower diameter in a longitudinal axial direction than either the upper inner chamber 725 or the lower inner chamber 720 however the diameter of the flow restriction orifice 740 can be essentially the same diameter of either the upper inner chamber 725 or the lower inner chamber 720 passages 710 are located in the body 701 and hydraulically connect the upper inner chamber 725 with an outside of the flow restrictor 304 passage 715 is on the downhole end of the flow restrictor 304 when the flow restrictor 304 is in position in the flow restrictor pocket 610 the passages 710 allow fluid to pass from the water passage 630 though the passages 710 and into the upper inner chamber 725 the fluid.