1. A system for providing acidic ionized ozonized liquid, which comprises: a liquid inlet for receiving liquid into the system； an acid-based cation exchange resin hydraulically connected to the liquid inlet, the resin being adapted to exchange cations in the received liquid with ions Nna resin； an ozone dissolution unit hydraulically connected to a liquid inlet and an acid-based cation exchange resin； an liquid outlet, hydraulically connected to the liquid inlet, an acid-based cation exchange resin and an ozone dissolution unit, the ozone dissolution unit and the acid-based cation exchange resin together providing acid ionized ozonized liquid for distribution from the system through the liquid outlet. 2. The system according to claim 1, in which the ozone in the distributed ozonated liquid has an average life time that is: longer than the average life time of ozone in a liquid that is not treated with an acid-based cation exchange resin, but is treated with a sufficient amount of liquid acid to obtain a pH, equal to the pH of the distributed acidic ionized ozonated liquid； and longer than the average ozone lifetime in a deionized liquid, which is treated with a sufficient amount of liquid acid to obtain a pH equal to the pH of the distributed acidic ionized ozonized liquid. 3. The system of claim 1, wherein the ozone dissolution unit is an ozonation duct that comprises: an ozone generator to produce ozone for mixing with1. Система для обеспечения кислой ионизированной озонированной жидкости, которая содержит:входное отверстие для жидкости, расположенное для приема жидкости в систему；катионообменную смолу на основе кислоты, гидравлически соединенную с входным отверстием для жидкости, причем смола приспособлена к обмену катионов в принятой жидкости с ионами Нна смоле；блок растворения озона, гидравлически соединенный с входным отверстием для жидкости и катионообменной смолой на основе кислоты； ивыходное отверстие для жидкости, гидравлически соединенное с входным отвер
