and motors at the well site surface and use of cheaper formulations of fluid in the first embodiment of the present invention as shown in fig1 a plurality of high speed supply fluid eductor nozzles 34 are provided in the wash pipe ejection port section 12 with each eductor nozzle 34 being aligned with one of the ejection ports 24 at a downward angle as the tool 8 is rotated to mill away the metal item from the well bore with the milling tool 22 fluid is pumped by a pump not shown at the surface of the well site down through the workstring not shown the fluid flows from the workstring through the drive sub 10 and then through the eductor nozzles 34 since the eductor nozzles 34 have restricted flow paths they create a high speed flow of fluid which is then directed downwardly through the ejection ports 24 as the high speed fluid flows out of the eductor nozzles 34 and through the ejection ports 24 it creates an area of low pressure or vacuum in the vicinity of the eductor nozzles 34 within the ejection port section 12 of the separator housing this area of low pressure or vacuum in the ejection port section 12 draws fluid up through the intake ports 26 of the.