Abstract: A bridal accessory apparatus is comprised of an enclosure capable of holding therein important personal items such as cosmetics, facial tissues and mints in a secure fashion and further being capable of removable attachment to conventional bridal bouquet holders of the prior art. The enclosure is sized to remain hidden behind the head member of such bouquet holders when suspended from the neck region thereof using a variety of attachment means. Thusly positioned, the subject apparatus is relatively hidden from view by wedding guests and photographers and may be inconspicuously carried by members of the bridal party during the wedding ceremony, photograph sessions, and other critical time periods during the wedding day. Means for preventing axial displacement of the enclosure along the handle of the bouquet holder are also described. In another embodiment, the bouquet holder itself is modified to retain those items of importance to the bridal party.

Abstract: A bridal accessory apparatus is comprised of an enclosure capable of holding therein important personal items such as cosmetics, facial tissues and mints in a secure fashion and further being capable of removable attachment to conventional bridal bouquet holders of the prior art. The enclosure is sized to remain hidden behind the head member of such bouquet holders when suspended from the neck region thereof using a variety of attachment means. Thusly positioned, the subject apparatus is relatively hidden from view by wedding guests and photographers and may be inconspicuously carried by members of the bridal party during the wedding ceremony, photograph sessions, and other critical time periods during the wedding day. Means for preventing axial displacement of the enclosure along the handle of the bouquet holder are also described. In another embodiment, the bouquet holder itself is modified to retain those items of importance to the bridal party.

Abstract: A nonionic surfactant having cyclic 1,3-dioxane and/or 1,3-dioxolane functionality which is irreversibly splittable by lowering the pH of its aqueous solution is useful in various processes requiring the removal of emulsified hydrophobic contaminants or other hydrophobic materials from an aqueous stream. After splitting of the surfactant into its component aldehyde and polyol, the hydrophobic components phase-separate and can be removed from the aqueous stream by routine means.

Abstract: A nonionic surfactant having cyclic 1,3-dioxane and/or 1,3-dioxolane functionality which is irreversibly splittable by lowering the pH of its aqueous solution is useful in various processes requiring the removal of emulsified hydrophobic contaminants or other hydrophobic materials from an aqueous stream. After splitting of the surfactant into its component aldehyde and polyol, the hydrophobic components phase-separate and can be removed from the aqueous stream by routine means.

Abstract: A nonionic surfactant having cyclic 1,3-dioxane and/or 1,3-dioxolane functionality which is irreversibly splittable by lowering the pH of its aqueous solution is useful in various processes requiring the removal of emulsified hydrophobic contaminants or other hydrophobic materials from an aqueous stream. After splitting of the surfactant into its component aldehyde and polyol, the hydrophobic components phase-separate and can be removed from the aqueous stream by routine means.

Abstract: A nonionic surfactant having cyclic 1,3-dioxane and/or 1,3-dioxolane functionality which is irreversibly splittable by lowering the pH of its aqueous solution is useful in various processes requiring the removal of emulsified hydrophobic contaminants or other hydrophobic materials from an aqueous stream. After splitting of the surfactant into its component ketone and polyol, the hydrophobic components phase-separate and can be removed from the aqueous stream by routine means.

Abstract: A nonionic surfactant having cyclic 1,3-dioxane and/or 1,3-dioxolane functionality which is irreversibly splittable by lowering the pH of its aqueous solution is useful in various processes requiring the removal of emulsified hydrophobic contaminants or other hydrophobic materials from an aqueous stream. After splitting of the surfactant into its component ketone and polyol, the hydrophobic components phase-separate and can be removed from the aqueous stream by routine means.

Abstract: A nonionic surfactant having cyclic 1,3-dioxane and/or 1,3-dioxolane functionality which is irreversibly splittable by lowering the pH of its aqueous solution is useful in various processes requiring the removal of emulsified hydrophobic contaminants or other hydrophobic materials from an aqueous stream. After splitting of the surfactant into its component aldehyde and polyol, the hydrophobic components phase-separate and can be removed from the aqueous stream by routine means.