The invention relates to a method for producing an essentially
chlorite-free, stable, aqueous chlorine-oxygen solution. Said method
comprises the following steps: (1) a hydrogen sulfate compound is
dissolved in water, (2) an acid is added to the aqueous solution
containing hydrogen sulfate in such a quantity that the pH value in the
target final product in the form of the essentially chlorite-free,
stable, aqueous chlorine-oxygen solution is maintained between
approximately 3 and 5; (3) a peroxide compound is added; and (4) an
aqueous chlorite solution is added dropwise in a quantity of between
approximately 60 and 90 mole %, especially between 70 and 80 mole %, of
chlorite, in relation to the concentration of peroxide compound. The
invention also relates to the chlorine-oxygen solutions which can be
obtained by means of said method.
