The present invention is directed to an atmospheric water generator (AWG) with enhanced water extraction capability. The apparatus is part of a heating or cooling unit, which unit may be either mobile or stationary. Water diverting and funneling is used to collect rainwater in the reservoir of the apparatus. In order to increase the moisture extraction rate, outside air is passed through an additional evaporator coil having a higher effective surface area than a standard evaporator coil. Additional moisture is extracted from the ambient air by providing a second evaporator coil to humidify the incoming air to a higher dew point to provide more moisture for the enhanced evaporator coil to extract. Water extracted from the environment is stored in the reservoir, and is filtered before passing to an outlet.

An underground water storage system is installed with directional drilling techniques to dispose water conveying conduits within an aquifer. By conducting a pre-installation investigation of the aquifer, the conduits may be placed within the aquifer to increase the flow efficiency into the aquifer, such as orienting the position of the conduits to coincide with the orientation of the aquifer. The invention may have a system for preventing water invasion into the near surface soil layers, thereby preventing water instrusion which may be detrimental to desired surface uses for the land, such as agricultural, recreational, residential or commercial uses.

Systems and methods for supplying water to a hydrocarbon-containing formation may include generating artificial rain in the proximity of the formation and collecting the artificial rain in one or more collectors. Following collection, the artificial rain may be transferred from the one or more collectors to an underground water reservoir. The artificial rain may then be combined with an aqueous fluid to give a wellbore fluid, which may then be transferred or injected into the wellbore.

Systems and methods for supplying water to a hydrocarbon-containing formation may include generating artificial rain in the proximity of the formation and collecting the artificial rain in one or more collectors. Following collection, the artificial rain may be transferred from the one or more collectors to an underground water reservoir. The artificial rain may then be combined with an aqueous fluid to give a wellbore fluid, which may then be transferred or injected into the wellbore.

A system of filtering runoff water from a roof cleaning is used to remove contaminants from water that has been used for rooftop cleaning. The system is also configured to gather water noninvasively from downspouts or topographically low points upon the roof. The system of filtering runoff water from a roof cleaning utilizes a pump that is connected to a large bin for filtration. The pump is placed at a low point upon the rooftop, thus enabling optimal water collection for subsequent pumping. The bin contains a disposable filter through which pumped water may pass, either through force from the pump pressure or due to the effects of gravity. Clean water is then ejected from the bin, or otherwise guided to an appropriate drainage area. This arrangement allows for easy maintenance, as a rooftop cleaner need only to swap out the old filter for a new one after cleaning.

A system of filtering runoff water from a roof cleaning is used to remove contaminants from water that has been used for rooftop cleaning. The system is also configured to gather water noninvasively from downspouts or topographically low points upon the roof. The system of filtering runoff water from a roof cleaning utilizes a pump that is connected to a large bin for filtration. The pump is placed at a low point upon the rooftop, thus enabling optimal water collection for subsequent pumping. The bin contains a disposable filter through which pumped water may pass, either through force from the pump pressure or due to the effects of gravity. Clean water is then ejected from the bin, or otherwise guided to an appropriate drainage area. This arrangement allows for easy maintenance, as a rooftop cleaner need only to swap out the old filter for a new one after cleaning.

A five-device-in-one water-and-leaf-separating leaf-filtering water-collecting wind-blocking wind-redirecting marine-yacht-land-yacht-balcony-bumper-and-trailer-hitch-mountable sail comprises: a central-sail intersector; central-sail-supporting ribs; central-sail-rib-raising arms; an adjustable water-and-leaf-separating leaf-filtering central sail attached to the central-sail-supporting ribs for functioning as a water diverting device to predeterminately redirect the flow of water, functioning as a leaf filtering device to filter leaves from rain water when used upside down, functioning as a water collector to collect rain water when used upside down, functioning as a wind blocker to block wind, functioning as a privacy screen to provide privacy, functioning as an awning to angledly block rain and sun beams, functioning as a canopy to vertically block rain and sun beams, functioning as a wind redirector to redirect wind in and out of sail, and functioning as a sail-steering wind-powered device to steer the sail in multiple different directions; a ring-sail-rib intersector; primary automatically-centered-and-reinforced ribs for resisting bending and warping due to heavy winds, providing reinforced infrastructure for a sail when used on a wind-powered land vehicle, providing reinforced infrastructure for an emergency rainwater collecting device on a marine vessel, and providing reinforced infrastructure for a shade canopy; secondary automatically-centered-and-reinforced ribs for resisting bending and warping due to heavy winds, providing reinforced infrastructure for a sail when used on a wind-powered land vehicle, providing reinforced infrastructure for an emergency rainwater collecting device on a marine vessel, and providing reinforced infrastructure for a shade canopy; multi-rib-connecting automatically-centered-and-reinforced adjustable cores inserted into and screwed to the primary automatically-centered-and-reinforced ribs and the secondary automatically-centered-and-reinforced ribs, the multi-rib-connecting automatically-centered-and-reinforced adjustable cores for allowing manufacturers to shorten long ribs into the primary automatically-centered-and-reinforced ribs and the secondary automatically-centered-and-reinforced ribs to reduce the length and volume of the shipping package of the five-device-in-one water-and-leaf-separating leaf-filtering water-collecting wind-blocking wind-redirecting marine-yacht-land-yacht-balcony-bumper-and-trailer-hitch-mountable sail in a shipping container to save money from expensive shipping costs, and securely and reinforcingly connecting the primary automatically-centered-and-reinforced ribs to the secondary autom

An underground water storage system is installed with directional drilling techniques to dispose water conveying conduits within an aquifer. By conducting a pre-installation investigation of the aquifer, the conduits may be placed within the aquifer to increase the flow efficiency into the aquifer, such as orienting the position of the conduits to coincide with the orientation of the aquifer. The invention may have a system for preventing water invasion into the near surface soil layers, thereby preventing water instrusion which may be detrimental to desired surface uses for the land, such as agricultural, recreational, residential or commercial uses.

An underground water storage system has a system for preventing water invasion into the near surface soil layers, thereby preventing water intrusion which may be detrimental to desired surface uses for the land, such as agricultural, recreational, residential or commercial uses.

A method of manufacturing and using a five-device-in-one water-collecting-and-decelerating fruit-and-nut-collecting-and-decelerating wind-diffusing-and-redirecting multi-function-transversable-ridge-and-seam multi-function-twist-locking-base carapace, which has at least one first three-hundred-and-sixty-degree-orientational-carapace panel, at least one second three-hundred-and-sixty-degree-orientational-carapace panel, a water-ejecting fruit-and-nut-discharging wind-diffusing crown-carapace nozzle, at least one breadth-wise carapace-panel-connecting seam, at least one mid-panel water-directing water-decelerating fruit-and-nut-decelerating wind-diffusing ridge seam, a upper hub, rib-hinging intersectors, arched carapace-supporting ribs, a three-hundred-sixty-degree-rotatably-locking center-support stanchion, an adjustable stanchion-supporting twist-locking base, a shuttle hub, and actuating-and-supporting ribs, comprises the steps of: sewing said at least one first three-hundred-and-sixty-degree-orientational-carapace panel and said at least one second three-hundred-and-sixty-degree-orientational-carapace panel together such that said at least one breadth-wise carapace-panels-connecting seam and said at least one mid-panel water-directing water-decelerating fruit-and-nut-decelerating wind-diffusing ridge seams are formed between said at least one first three-hundred-and-sixty-degree-orientational-carapace panel and said at least one second three-hundred-and-sixty-degree-orientational-carapace panel for converging rain water therein-to repeatedly change the direction of rain water to decelerate the flowing speed of rain water to reduce water splash to avoid damaging irrigated vegetables, for converging harvested fruits therein to repeatedly change the direction of harvested fruits to decelerate the rolling speed of harvested fruits to reduce fruit bruises to avoid throwing away bruised fruits, for converging harvested nuts therein to repeatedly change the direction of harvested nuts to decelerate the rolling speed of harvested nuts to reduce nut bruises to avoid throwing away bruised nuts, for converging catched balls therein to repeatedly change the direction of catched balls to decelerate the rolling speed of catched balls to reduce ball damages to avoid throwing away damaged balls, for directing rain water therealong, for directing harvested fruits therealong, for directing harvested nuts therealong, for directing game balls therealong, for forming a collecting cistern to collect rain water to irrigate garden, for forming a diverting gutter to collect rain water to discharge said rain water away from house balcony and foundation, for forming a collecting