Abstract: An internal combustion engine (100) includes a crankcase (128) having a plurality of cylinders (126). An exhaust system (130) is in fluid communication with the plurality of cylinders (126) and includes a turbine (104) in operable association with a compressor (106). An intake system (124) is in fluid communication with the plurality of cylinders (126) and the compressor (106). A first EGR cooler (136) is in fluid communication with the exhaust system (130) through an inlet passage (142) that is connected to the exhaust system (130) between the plurality of cylinders (126) and the turbine (104). A second EGR cooler (140) is in fluid communication with the intake system (124) through an outlet passage (148) that is connected between the plurality of cylinders (126) and the compressor (106). A transfer passage (144) is disposed between the first EGR cooler (136) and the second EGR cooler (140).

Abstract: An internal combustion engine (100) includes a crankcase (128) having a plurality of cylinders (126). An exhaust system (130) is in fluid communication with the plurality of cylinders (126) and includes a turbine (104) in operable association with a compressor (106). An intake system (124) is in fluid communication with the plurality of cylinders (126) and the compressor (106). A first EGR cooler (136) is in fluid communication with the exhaust system (130) through an inlet passage (142) that is connected to the exhaust system (130) between the plurality of cylinders (126) and the turbine (104). A second EGR cooler (140) is in fluid communication with the intake system (124) through an outlet passage (148) that is connected between the plurality of cylinders (126) and the compressor (106). A transfer passage (144) is disposed between the first EGR cooler (136) and the second EGR cooler (140).

Abstract: An apparatus includes a housing (101), a fill tube (107) disposed within the housing (101), the fill tube (107) having a fluid inlet (125) at one end and a fluid outlet (127) at another end. The fluid outlet (127) is disposed near a passage (103) of the housing (101) such that fluid entering the fluid inlet (125) exits the housing (101) through the passage (103). A filter (113) is disposed outside the fill tube (107) and inside the housing (101), such that unfiltered gases from the passage (103) are capable of entering the filter (113). A gas outlet (121) is integrated with the housing (101), such that filtered gases from the filter (113) are capable of exiting the housing (101) through the gas outlet (121).