Abstract: A reverse osmosis system includes a wheel formed of a hollow central hub, radial tubes fluidly connected to the central hub, semi-permeable membranes provided in each radial tube, a permeate outlet tube, and a concentrate outlet tube; a permeate collection tank; a concentrate collection tank; and a drive mechanism. The drive mechanism rotationally drives the wheel while the source liquid is supplied to the central hub of the wheel, the rotation causing the source liquid to enter the radial tubes in radially outward directions and cause pressure increase on the source liquid in the radial tubes. The pressure increase forces the source liquid through the semi-permeable membranes to separate into permeate and concentrate, the permeate being directed to the permeate collection tank through the permeate outlet tube and the concentrate being directed to the concentrate collection tank through the concentrate outlet tube.

Abstract: A reverse osmosis system includes a wheel formed of a hollow central hub, radial tubes fluidly connected to the central hub, semi-permeable membranes provided in each radial tube, a permeate outlet tube, and a concentrate outlet tube; a permeate collection tank; a concentrate collection tank; and a drive mechanism. The drive mechanism rotationally drives the wheel while the source liquid is supplied to the central hub of the wheel, the rotation causing the source liquid to enter the radial tubes in radially outward directions and cause pressure increase on the source liquid in the radial tubes. The pressure increase forces the source liquid through the semi-permeable membranes to separate into permeate and concentrate, the permeate being directed to the permeate collection tank through the permeate outlet tube and the concentrate being directed to the concentrate collection tank through the concentrate outlet tube.

Abstract: A reverse osmosis system includes a wheel formed of a hollow central hub, radial tubes fluidly connected to the central hub, semi-permeable membranes provided in each radial tube, a permeate outlet tube, and a concentrate outlet tube; a permeate collection tank; a concentrate collection tank; and a drive mechanism. The drive mechanism rotationally drives the wheel while the source liquid is supplied to the central hub of the wheel, the rotation causing the source liquid to enter the radial tubes in radially outward directions and cause pressure increase on the source liquid in the radial tubes. The pressure increase forces the source liquid through the semi-permeable membranes to separate into permeate and concentrate, the permeate being directed to the permeate collection tank through the permeate outlet tube and the concentrate being directed to the concentrate collection tank through the concentrate outlet tube.

Abstract: A reverse osmosis system includes a wheel formed of a hollow central hub, radial tubes fluidly connected to the central hub, semi-permeable membranes provided in each radial tube, a permeate outlet tube, and a concentrate outlet tube; a permeate collection tank; a concentrate collection tank; and a drive mechanism. The drive mechanism rotationally drives the wheel while the source liquid is supplied to the central hub of the wheel, the rotation causing the source liquid to enter the radial tubes in radially outward directions and cause pressure increase on the source liquid in the radial tubes. The pressure increase forces the source liquid through the semi-permeable membranes to separate into permeate and concentrate, the permeate being directed to the permeate collection tank through the permeate outlet tube and the concentrate being directed to the concentrate collection tank through the concentrate outlet tube.

Abstract: In a method of controlling burrowing animals, a slurry of a natural soil component and water is generated. The slurry is pumped into a tunnel and den system dug by the burrowing animal until the tunnel and den system is filled by the slurry. An apparatus for controlling burrowing animals includes a first tank that contains water. A second tank contains a natural soil component. A water pump pumps water from the water tank into the second tank. A plurality of nozzles receives water from the water pump and sprays water from the water tank into the bottom portion of the second tank, so as to generate a slurry of a natural soil component and water. A slurry pump is configured to pump the slurry. A slurry hose is configured to delivery the slurry from the slurry pump into a tunnel and den system dug by a burrowing animal.

Abstract: In a method of controlling burrowing animals, a slurry of a natural soil component and water is generated. The slurry is pumped into a tunnel and den system dug by the burrowing animal until the tunnel and den system is filled by the slurry. An apparatus for controlling burrowing animals includes a first tank that contains water. A second tank contains a natural soil component. A water pump pumps water from the water tank into the second tank. A plurality of nozzles receives water from the water pump and sprays water from the water tank into the bottom portion of the second tank, so as to generate a slurry of a natural soil component and water. A slurry pump is configured to pump the slurry. A slurry hose is configured to delivery the slurry from the slurry pump into a tunnel and den system dug by a burrowing animal.

Abstract: In a method of controlling burrowing animals, a slurry of a natural soil component and water is generated. The slurry is pumped into a tunnel and den system dug by the burrowing animal until the tunnel and den system is filled by the slurry. An apparatus for controlling burrowing animals includes a first tank that contains water. A second tank contains a natural soil component. A water pump pumps water from the water tank into the second tank. A plurality of nozzles receives water from the water pump and sprays water from the water tank into the bottom portion of the second tank, so as to generate a slurry of a natural soil component and water. A slurry pump is configured to pump the slurry. A slurry hose is configured to delivery the slurry from the slurry pump into a tunnel and den system dug by a burrowing animal.