Abstract:
A swimming pool skimmer (200) for mounting in a side wall of a swimming pool comprises a body (204) formed with a water intake opening (206) for receiving a filter (208) and a cover (202). The cover has an upper surface (222) fitted with a solar power collector panel (220), a lower surface with an electrical ozone generator (120) and a rechargeable battery (72) in electrical connection with the solar panel (220), an air intake conduit (124), an ozone conduit (130) in fluid communication with the ozone generator (120), having a discharge outlet (126) extending from the swimming pool skimmer filter (200) and for positioning below the surface of water in the pool.
Abstract:
A swimming pool skimmer (200) for mounting in a side wall of a swimming pool comprises a body (204) formed with a water intake opening (206) for receiving a filter (208) and a cover (202). The cover has an upper surface (222) fitted with a solar power collector panel (220), a lower surface with an electrical ozone generator (120) and a rechargeable battery (72) in electrical connection with the solar panel (220), an air intake conduit (124), an ozone conduit (130) in fluid communication with the ozone generator (120), having a discharge outlet (126) extending from the swimming pool skimmer filter (200) and for positioning below the surface of water in the pool.
Abstract:
The present invention is a device and method for ozonating water and applying the ozonated water to surfaces for cleaning purposes. The instant invention allows a user to transform water into a liquid with more robust cleaning properties conveniently and in a short time. The present invention includes a cleaning apparatus having a reservoir (64) containing water, the reservoir able to be easily manipulated by a user to dispense the water, and a circulation flow path communicating with the reservoir and the device to allow at least some of the water in the reservoir to flow from the reservoir to the device and back to the reservoir.
Abstract:
The present invention provides an ozonization apparatus which is not only capable of dissolving ozone in material water with high efficiency and speedily but also enables the easy and proper control of the dissolved ozone concentration of ozone water. The present invention relates to an ozonization apparatus comprising an ozone gas-permeable membrane disposed to isolate material water and ozone gas from each other and allow said ozone gas to be dissolved in said material water by permeation, said ozone gas-permeable membrane being a nonporous hollow tube which is selectively gas-permeable and liquid-impermeable.
Abstract:
Periphyton filtration is a known method for performing bioremediation of polluted water. The present system (10) improves upon this method by adding a strong oxidizer, such as ozone from an ozone generator (18) to the influent, and in some cases to the effluent to make organically bound nutrients available to a target culture in a periphyton bed (24) or to aquatic plants to reduce the population of undesirable microinvertebrates and to make organically bound nutrients available to the periphyton. A pesticide (P) may be added to control insect populations.
Abstract:
The invention relates to a device for treatment of a fluid, whereby the device includes a housing (1), which encloses an inner space (2) of the device, an inlet (6) to the inner space (2), an outlet (7) from the inner space (2), a gas supply means (12), which is connected to the inner space (2), via at least one supply channel (13), whereby the fluid is intended to flow through the inner space (2) undergoing a mixing process with the gas. The device includes a nozzle (8) which is arranged at said inlet (6), whereby the nozzle (8) is adapted to direct the fluid in the inner space (2) and by means of ejector effect produce a negative pressure in said supply channel (13) such that the gas is distributed in the fluid.
Abstract:
A laundry ozone injection system (1) includes an ozone generator (2) connected to an ozone distribution manifold (41) having a plurality of manifold outlets connected through ozone valves (6) to ozone injectors (49) associated with washing machines (4) of a laundry plant. Each washer (4) has water cycled therefrom by a pump (57), through the ozone injector (49), and back to the washer chamber (50). A washer cycle controller of each washer is interfaced to a local interface module along with a pump motor (58). The local interface modules (75) are interfaced to an ozone distribution controller or main controller (74) which is also interfaced to the ozone valves (6). The current washer cycle of each machine is detected by its local interface module and communicated to the main controller (74) which controls the rate of ozone production of the ozone generator (2), the activation of the pump motor (58), and the opening of the ozone valve (6) of a washer (4) in accordance with the currently detected washer cycle to thereby control the delivery of ozone to the washer (4).
Abstract:
Die Erfindung bezieht sich auf eine Anordnung zur Behandlung von Industrieabwässern mit einem gasförmigen Medium, vorzugsweise mit Ozon, in einem Behälter. Es soll die Wirksamkeit der Behandlung verbessert werden. Die Erfindung besteht darin, daß eine geringe Menge Tensid zudosiert wird und/oder eine Pumpenanordnung mit Seitenkanal, beispielsweise eine Seitenkanalpumpe (13), einen Teilstrom (14, 15) des Abwassers in der Nähe des am oberen Behälterende befindlichen Abwassereinlaufes (5) entnimmt und in der Nähe seines am unteren Behälterende befindlichen Abwasserauslaufes (16) wieder zuführt und daß auf der Ansaugseite der Seitenkanalpumpe (13) das Behandlungsgas zugeführt wird.