A lubricant filter housing (100, 200), comprising: a top plate (101, 201), the top plate (101, 201) defining a first opening (103, 203) therein; a base plate (104, 204) positioned opposite the top plate (103 203), the base plate (104, 204) defining: a lubricant outlet (106, 206) distal to the first opening (103, 203) and axially aligned therewith; a lubricant inlet (112, 212); a coolant inlet (122, 222); and a coolant outlet (124, 224); at least one sidewall (105, 205), the at least one sidewall (105, 205), the top plate (101, 201), and the base plate (104, 204) cooperatively defining an internal volume; a plurality of plates (107, 207) axially positioned in the internal volume between the top plate (101, 201) and the base plate (104, 204), each of the plurality of plates (107, 207) defining a plate opening (109, 209) axially aligned with the first opening (103, 203) such that the first opening (103, 203), the plate openings (109, 209) and a portion of the base plate (104, 204) cooperatively define an internal cavity (102, 202) structured to accept and house a filter element (130, 230); a cover (150, 250), at least a portion of the cover (150, 250) structured to be positioned securely within the first opening (103, 203); and a flange protruding from a rim of the lubricant outlet (106, 206) into the internal cavity (102, 202), the flange structured to receive a portion of the filter element (130, 230) therearound so as to facilitate positioning of the filter element (130, 230) into the internal cavity (102, 202); wherein the plurality of plates (107, 207) define a first set of fluid channels (110, 210) and a second set of fluid channels (120, 220) therebetween, the first set of fluid channels (110, 210) interposed between the second set of fluid channels (120, 220), the first set of fluid channels (110, 210) in fluid communication with the internal cavity (102, 202) and fluidly isolated from the second set of fluid channels (120, 220), and the second set of fluid channels (120, 220) fluidly isolated from the first set of fluid channels (110, 210) and the internal cavity (102, 202). a top plate (101, 201), the top plate (101, 201) defining a first opening (103, 203) therein; a base plate (104, 204) positioned opposite the top plate (103 203), the base plate (104, 204) defining: a lubricant outlet (106, 206) distal to the first opening (103, 203) and axially aligned therewith; a lubricant inlet (112, 212); a coolant inlet (122, 222); and a coolant outlet (124, 224); a lubricant outlet (106, 206) distal to the first opening (103, 203) and axially aligned therewith; a lubricant inlet (112, 212); a coolant inlet (122, 222); and a coolant outlet (124, 224); at least one sidewall (105, 205), the at least one sidewall (105, 205), the top plate (101, 201), and the base plate (104, 204) cooperatively defining an internal volume; a plurality of plates (107, 207) axially positioned in the internal volume between the top plate (101, 201) and the base plate (104, 204), each of the plurality of plates (107, 207) defining a plate opening (109, 209) axially aligned with the first opening (103, 203) such that the first opening (103, 203), the plate openings (109, 209) and a portion of the base plate (104, 204) cooperatively define an internal cavity (102, 202) structured to accept and house a filter element (130, 230); a cover (150, 250), at least a portion of the cover (150, 250) structured to be positioned securely within the first opening (103, 203); and a flange protruding from a rim of the lubricant outlet (106, 206) into the internal cavity (102, 202), the flange structured to receive a portion of the filter element (130, 230) therearound so as to facilitate positioning of the filter element (130, 230) into the internal cavity (102, 202); wherein the plurality of plates (107, 207) define a first set of fluid channels (110, 210) and a second set of fluid channels (120, 220) therebetween, the first set of fluid channels (110, 210) interposed between the second set of fluid channels (120, 220), the first set of fluid channels (110, 210) in fluid communication with the internal cavity (102, 202) and fluidly isolated from the second set of fluid channels (120, 220), and the second set of fluid channels (120, 220) fluidly isolated from the first set of fluid channels (110, 210) and the internal cavity (102, 202).