An exhaust gas recirculation system for an internal combustion engine, the exhaust gas recirculation system comprising: an exhaust gas recirculation passage that connects an intake passage and an exhaust passage of the internal combustion engine; a compressor provided downstream of a connection portion of the intake passage with the exhaust gas recirculation passage, and the compressor accommodating an impeller; an inlet configured to guide a gas to a suction side of the impeller; a storage portion provided on an inner wall of the intake passage between the connection portion and the impeller, and the storage portion being configured to store condensed water generated upstream of the compressor; a bypass passage that communicates with the storage portion and bypasses the impeller to return an intake gas from a downstream side of the impeller to an air outlet portion at an upstream side of the impeller; and an air bypass valve; wherein: the air bypass passage is partially closed by the air bypass valve and by opening the air bypass valve, the closing of the air bypass passage is released; condensed water is discharged from the storage portion by opening the air bypass valve while condensed water is being collected in the storage portion; and the air outlet portion of the air bypass passage is connected to the storage portion so that condensed water accumulated in the storage portion is blown away to a center portion of the inlet on a flow of return gas directed from the downstream side to the upstream side of the impeller, and, together with intake gas flowing through the center portion, the condensed water flows into the compressor from a center portion of a front end surface of the impeller. an exhaust gas recirculation passage that connects an intake passage and an exhaust passage of the internal combustion engine; a compressor provided downstream of a connection portion of the intake passage with the exhaust gas recirculation passage, and the compressor accommodating an impeller; an inlet configured to guide a gas to a suction side of the impeller; a storage portion provided on an inner wall of the intake passage between the connection portion and the impeller, and the storage portion being configured to store condensed water generated upstream of the compressor; a bypass passage that communicates with the storage portion and bypasses the impeller to return an intake gas from a downstream side of the impeller to an air outlet portion at an upstream side of the impeller; and an air bypass valve; wherein: the air bypass passage is partially closed by the air bypass valve and by opening the air bypass valve, the closing of the air bypass passage is released; condensed water is discharged from the storage portion by opening the air bypass valve while condensed water is being collected in the storage portion; and the air outlet portion of the air bypass passage is connected to the storage portion so that condensed water accumulated in the storage portion is blown away to a center portion of the inlet on a flow of return gas directed from the downstream side to the upstream side of the impeller, and, together with intake gas flowing through the center portion, the condensed water flows into the compressor from a center portion of a front end surface of the impeller. the air bypass passage is partially closed by the air bypass valve and by opening the air bypass valve, the closing of the air bypass passage is released; condensed water is discharged from the storage portion by opening the air bypass valve while condensed water is being collected in the storage portion; and the air outlet portion of the air bypass passage is connected to the storage portion so that condensed water accumulated in the storage portion is blown away to a center portion of the inlet on a flow of return gas directed from the downstream side to the upstream side of the impeller, and, together with intake gas flowing through the center portion, the condensed water flows into the compressor from a center portion of a front end surface of the impeller.