A system for reducing smog in an urban area, comprising: an urban area having an urban surface, the urban surface being a horizontal surface located at a ground level of the urban area; a smog atmospheric layer located above the urban surface and vertically adjacent to the urban surface and extending above the urban surface with a vertical thickness; a mixing atmospheric layer located above the smog atmospheric layer, the system comprising a plurality of turbines (220, 22), comprising an air pump or similar device, located on the urban surface; at least one air conduit (240, 242, 900), wherein the air pump or similar device is in communication with the at least one air conduit (240, 242, 900) to direct air from a portion of the smog atmospheric layer proximate to the ground into the plurality of turbines (220, 222) and through the at least one air conduit (240, 242, 900) and into the mixing atmospheric layer, characterized in that the at least one air conduit (240, 242, 900) extends above the smog atmospheric layer and into the mixing atmospheric layer such that a top opening of the at least one air conduit (240, 242, 900) expels air into the smog atmospheric layer, wherein the at least one air conduit (240, 242, 900) is freestanding and formed from a substantially flexible material having a tube-like shape, wherein the at least one air conduit (240, 242, 900) has a naturally deflated state and when a positive air pressure is applied with said air pump or similar device, the at least one conduit (240, 242, 900) converts to an expanded state, and wherein continuous or semi-continuous positive air pressure from the air pump or similar device maintains the expanded state. an urban area having an urban surface, the urban surface being a horizontal surface located at a ground level of the urban area; a smog atmospheric layer located above the urban surface and vertically adjacent to the urban surface and extending above the urban surface with a vertical thickness; a mixing atmospheric layer located above the smog atmospheric layer, the system comprising a plurality of turbines (220, 22), comprising an air pump or similar device, located on the urban surface; at least one air conduit (240, 242, 900), wherein the air pump or similar device is in communication with the at least one air conduit (240, 242, 900) to direct air from a portion of the smog atmospheric layer proximate to the ground into the plurality of turbines (220, 222) and through the at least one air conduit (240, 242, 900) and into the mixing atmospheric layer, characterized in that the at least one air conduit (240, 242, 900) extends above the smog atmospheric layer and into the mixing atmospheric layer such that a top opening of the at least one air conduit (240, 242, 900) expels air into the smog atmospheric layer, wherein the at least one air conduit (240, 242, 900) is freestanding and formed from a substantially flexible material having a tube-like shape, wherein the at least one air conduit (240, 242, 900) has a naturally deflated state and when a positive air pressure is applied with said air pump or similar device, the at least one conduit (240, 242, 900) converts to an expanded state, and wherein continuous or semi-continuous positive air pressure from the air pump or similar device maintains the expanded state.