Abstract: The present disclosure relates to a poly-ionic and molecular filtering and diffuser device, which provides for the emission of gases when used from the inside out, and a separation of suspended matter (e.g., in macro, micro and nano ranges) in liquids for a variety of fluids when is used from the outside inwards. The device may include a central diffuser tube defining a plurality of perforations in its wall to allow passage of gas and liquids, and which is inserted through central holes of a plurality of plates diffusers arranged in a vertical arrangement. This combination may define a plurality of slots by the separations generated therebetween, whereby the gas or the liquid is spread. The diffuser-separating plates are contained between a top compression cap and a lower compression cap through which said central diffuser-collector tube is also inserted. The central diffuser-collector tube includes a threaded lower end, wherein a final lower lid is threaded.

Abstract: A Polyionic Molecular Diffuser and Filter Method. The device and method provides superlative filtration in macro, micro and nano ranges for a variety of fluids. The device utilizes filtration elements that are relatively low cost, yet provide the significant advantage of being able to be back-flushed periodically to remove captured solids. The device employs an arrangement of filter elements wherein the filtration axis of the filters is perpendicular to the flow axis of the collecting housing. The device and method further provides a way for adjusting filter to capture different sizes of solids, depending upon the particular user adjustment. This same filter is adaptable to operate as a gas diffuser that will diffuse gas into a liquid in a very controllable manner, while also purifying the diffused air.