Titanium dioxide nanoparticulado nanomaterial modified with functional groups and Citrus extracts adsorbed to the Surface for disposal of broad spectrum of Microorganisms
Claim 1: a nanomaterial composite that consists of: (a) nanoparticulado Metallic oxide support； (b) functional groups Chemically adsorbed on the surface of fruit and herbal extracts； (c) physically adsorbed on the surface and pores.Claim 2: The nanomaterial of claim 1, wherein Said Metal Oxide nanoparticulado has an average diameter in the range between approximately 1 nm and approximately 100 nm.Claim 3: functional groups of claims 1, hydroxyl, phosphate, sulfate, Chloride, amino, Methyl folate and gives the material property of selectivity towards pathogenic microorganisms.Claim 4, a method of preparation of nanomaterial of Titanium dioxide with Herb and fruit extracts adsorbed comprising: (a) Prepare Fruit and herbal extracts； (b) carry out the modification of the surface by chemical adsorption of Functional groups； (c) The Physical adsorption of herbal Extracts and fruit.Claim 5: Method of claim 4, wherein the extracts of claim 6 may come from various parts of plants such as citrus fruits, Bark, stems, Roots, Leaves, Peel, Pulp and Seed. Claim 16: Disinfectant Solutions containing: (a) The nanomaterial of claim 1； (b) different proportions of raw materials selected.Reivindicación 1: Un nanomaterial compuesto que se compone de: a) soporte de óxido metálico nanoparticulado； b) grupos funcionales adsorbidos químicamente en su superficie； c) extractos herbales y frutales adsorbidos físicamente en su superficie y poros. Reivindicación 2: El nanomaterial de la reivindicación 1, en el que dicho óxido metálico nanoparticulado tiene un diámetro medio en el intervalo entre aproximadamente 1 nm y aproximadamente 100 nm. Reivindicación 3: Los grupos funcionales de la reivindicación 1, son hidroxilo, fosfato, sulfato, cloruro, amino, metilo, folato y le dan al material la propiedad de selectividad hacia microorganismos patógenos. Reivindicación 4: Un método de preparación del nanomaterial de dióxido de titanio con extractos herbales y frutales adsorbidos que comprende de: a)
