A method of extracting water from a flow of air, the method comprising: swirling the flow of air; inserting the flow of air into a water extractor, wherein the water extractor includes a first centerline axis passing through a center of the water extractor along a longitudinal direction of the water extractor; splitting the flow of air into a primary flow and a secondary flow within the water extractor; diverting the secondary flow into an outer chamber of the water extractor, wherein the outer chamber is disposed between an inner nozzle and an outer wall of a body of the water extractor; receiving water separated from the secondary flow into a pocket fluidly connected to the outer chamber and attached to the outer wall of the body of the water extractor; communicating the water received by the pocket into a boss connected to the pocket; and drawing the water from the boss, wherein the boss includes a second centerline axis passing through a center of the boss, wherein the second centerline axis is at an angle relative to the first centerline axis that is greater than zero degrees, and wherein the second centerline axis is oriented parallel to a horizontal plane, whereby the horizontal plane (H) is a plane that is representative of the horizontal direction when the aircraft containing an air conditioning pack with the water extractor is on the ground or in horizontal flight, and wherein the angle between the first and second centerline axes is 10 to 45 degrees; and wherein receiving water from the secondary flow into the pocket further comprises withdrawing water from the secondary flow at a gravitational bottom of the body; and wherein a second angle between the first centerline axis and a horizontal plane is greater than zero degrees. swirling the flow of air; inserting the flow of air into a water extractor, wherein the water extractor includes a first centerline axis passing through a center of the water extractor along a longitudinal direction of the water extractor; splitting the flow of air into a primary flow and a secondary flow within the water extractor; diverting the secondary flow into an outer chamber of the water extractor, wherein the outer chamber is disposed between an inner nozzle and an outer wall of a body of the water extractor; receiving water separated from the secondary flow into a pocket fluidly connected to the outer chamber and attached to the outer wall of the body of the water extractor; communicating the water received by the pocket into a boss connected to the pocket; and drawing the water from the boss, wherein the boss includes a second centerline axis passing through a center of the boss, wherein the second centerline axis is at an angle relative to the first centerline axis that is greater than zero degrees, and wherein the second centerline axis is oriented parallel to a horizontal plane, whereby the horizontal plane (H) is a plane that is representative of the horizontal direction when the aircraft containing an air conditioning pack with the water extractor is on the ground or in horizontal flight, and wherein the angle between the first and second centerline axes is 10 to 45 degrees; and wherein receiving water from the secondary flow into the pocket further comprises withdrawing water from the secondary flow at a gravitational bottom of the body; and wherein a second angle between the first centerline axis and a horizontal plane is greater than zero degrees. <EOS>