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A method and device for separating grease from waste water. The separator device includes a receptacle with an upper first part and a lower second part separated by a plate. The receptacle further has an inlet port for waste water, a discharge port for separated waste water, discharge means for grea

A method and device for separating grease from waste water. The separator device includes a receptacle with an upper first part and a lower second part separated by a plate. The receptacle further has an inlet port for waste water, a discharge port for separated waste water, discharge means for grease and/or sludge, and an overflow pipe establishing a connection between the receptacle first part and the receptacle second part. Waste water is supplied through the inlet port to the upper first part, and the waste water is allowed to undergo a separation by gravity, whereby a grease layer is formed on a separated waste water layer and a sludge layer on the plate. In order to achieve a high degree of separation, separated waste water is allowed to flow through the overflow pipe to the receptacle lower second part. Grease is removed from the grease layer and/or sludge from the sludge layer through the discharge means, and separated waste water is discharged through the discharge port.

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A method and device for separating grease from waste water. The separator device includes a receptacle with an upper first part and a lower second part separated by a plate. The receptacle further has an inlet port for waste water, a discharge port for separated waste water, discharge means for grea

A method and device for separating grease from waste water. The separator device includes a receptacle with an upper first part and a lower second part separated by a plate. The receptacle further has an inlet port for waste water, a discharge port for separated waste water, discharge means for grease and/or sludge, and an overflow pipe establishing a connection between the receptacle first part and the receptacle second part. Waste water is supplied through the inlet port to the upper first part, and the waste water is allowed to undergo a separation by gravity, whereby a grease layer is formed on a separated waste water layer and a sludge layer on the plate. In order to achieve a high degree of separation, separated waste water is allowed to flow through the overflow pipe to the receptacle lower second part. Grease is removed from the grease layer and/or sludge from the sludge layer through the discharge means, and separated waste water is discharged through the discharge port. icroelectronic workpiece in the electroless plating region at the first meniscus during an electroless plating cycle; an electroplating chamber having a second bowl and a second processing head, the second bowl including a second cup configured to form a flow of an electroplating solution into a second meniscus in an electroplating region in the second bowl, and the second processing head having a contact assembly including a plurality of cantilevered contacts arranged to contact a surface of a microelectronic workpiece and hold the microelectronic workpiece in the electroplating region at the second meniscus during an electroplating cycle; and a robotic workpiece handling system configured to carry a single microelectronic workpiece and to load/unload the workpiece into the electroless plating chamber and then the electroplating chamber. 18. The integrated tool of claim 17 wherein the contact assembly comprises: a conductive mount member having a generally annular shape with an opening sized to receive the workpiece, the mount member being the primary support structure of the contact assembly; a dielectric outerbody attached to the mount member, the outerbody having a barrier section projecting inwardly with respect to the mount member to an interior lip sized to engage a perimeter portion of the workpiece; and a plurality of flexing contact members electrically coupled to the mount member, the flexing contact members having a first end proximate to the mount member and a second end projecting inwardly from the first end to a location between the interior lip of the outerbody and the mount member, the first end of the contact members defining contact points that engage the workpiece and electrically couple the workpiece to the mount member. 19. The integrated tool of claim 17 wherein the contact assembly comprises: a primary support structure, the primary support structure being a conductive ring having an outer annular surface, an inner annular surface, a top surface and a bottom surface, the inner annular surface being sized to allow the workpiece to pass through the primary support structure; an outerbody attached to the primary support structure, the outerbody having an annular barrier section projection radially inwardly with respect to the inner annular surface of the primary support structure to an interior lip sized to engage a perimeter portion of the workpiece; and a plurality of contact members electrically coupled to the primary support structure, the contact members having a first end proximate to the inner annular surface of the primary support structure and a second end projecting inwardly from the first end to a location between the interior lip of the outerbody and the inner annular surface, the first end of the contact members defining contact points that engage the workpiece. 20. The integrated tool of claim 19 wherein the plurality of contact members comprises individual flexure members space