A scroll compressor comprising: a casing provided with a sealed inner space; a motor portion including a stator fixed in the inner space of the casing and provided with a first recovery passage which extends between both ends of the stator in an axial direction and through which oil can move downwards, and a rotor rotatably provided in the stator with a predetermined air gap therebetween; a compression portion fixed to the inner space of the casing at one side of the motor portion in the axial direction, and provided with a discharge passage to discharge refrigerant compressed by a relative motion of a plurality of scrolls into the inner space of the casing, wherein the discharge passage is provided radially outward with respect to the air gap of the motor portion; a rotation shaft to transmit a driving force from the motor portion to the compression portion; and a flow path guide provided in a discharge space between the motor portion and the compression portion, and comprising a guide outlet communicating with the discharge space and being open in a direction toward the rotation shaft, characterized in that the flow path guide comprises: an outer wall portion (191, 1912) defined in an annular shape and extending in a direction toward the motor portion from the compression portion; and a blocking portion (192, 1914) defined in an annular shape and extending radially inward toward the rotation shaft, and wherein an inner circumferential-side end portion of the blocking portion is spaced apart from a surface of the compression portion facing the motor portion to form the guide outlet. a casing provided with a sealed inner space; a motor portion including a stator fixed in the inner space of the casing and provided with a first recovery passage which extends between both ends of the stator in an axial direction and through which oil can move downwards, and a rotor rotatably provided in the stator with a predetermined air gap therebetween; a compression portion fixed to the inner space of the casing at one side of the motor portion in the axial direction, and provided with a discharge passage to discharge refrigerant compressed by a relative motion of a plurality of scrolls into the inner space of the casing, wherein the discharge passage is provided radially outward with respect to the air gap of the motor portion; a rotation shaft to transmit a driving force from the motor portion to the compression portion; and a flow path guide provided in a discharge space between the motor portion and the compression portion, and comprising a guide outlet communicating with the discharge space and being open in a direction toward the rotation shaft, characterized in that the flow path guide comprises: an outer wall portion (191, 1912) defined in an annular shape and extending in a direction toward the motor portion from the compression portion; and a blocking portion (192, 1914) defined in an annular shape and extending radially inward toward the rotation shaft, and wherein an inner circumferential-side end portion of the blocking portion is spaced apart from a surface of the compression portion facing the motor portion to form the guide outlet. an outer wall portion (191, 1912) defined in an annular shape and extending in a direction toward the motor portion from the compression portion; and a blocking portion (192, 1914) defined in an annular shape and extending radially inward toward the rotation shaft, and wherein an inner circumferential-side end portion of the blocking portion is spaced apart from a surface of the compression portion facing the motor portion to form the guide outlet.