Preparation antioxidants enriched functional food products from sugar cane and beet
OwnerChung Chi Chouinventor
Life of this patent
Estimating the term…
Abstract
Functional food products with excellent antioxidative strength have been prepared from natural sugar cane and beet. The processes used include one or more of the following: Clarification, Crystallization, Chromatographic separation process, Adsorption on/Desorption from adsorbents, Ion exchange resin decolorization and regeneration, and Ultra-Nano membrane filtration. The antioxidative capacities of the products are quantified in term of ORAC (Oxygen Radical Absorbance Capacity) unit as per analytical method developed at the Agricultural Research Services of the U.S. Department of agriculture.
Claims10
1) Methods for the manufacturing of antioxidants enriched antioxidative functional foods from aqueous sugar containing solution, extracted from sugar cane or sugar beet, containing sugar, organic and inorganic non sugar, comprising clarification with processing aid(s) and/or one or more of the following processes:
- crystallization/recrystallization, chromatographic separation process, adsorption and desorption using adsorbents, regeneration from ion exchange decolorization resin, cross flow tangential ultra membrane filtration and nano membrane filtration, to enrich, purify, and concentrate high antioxidants functional foods.
2) A process according to claim (1), characterized in that the above said aqueous sugar solution is clarified, using one or more of the following processing aids:
- lime, soda ash, sulfur dioxide, aluminum chloride and carbon dioxide to produce clarified sugar containing solution rich in antioxidants as functional food products.
3) A process according to claim (2), characterized in that the clarified sugar containing solution is followed by evaporation and crystallization processes to give antioxidants enriched functional food products, either in diluted or in concentrated or in dried form, and crystal sugar depleted with antioxidants.
4) A process according to claim (2), characterized in that the clarified sugar containing solution is subject to a chromatographic process to give antioxidants enriched functional food products, either in diluted or in concentrated or in dried form.
5) A process according to claim (4), characterized in that the high antioxidants enriched liquid products are further subject to ion exchange deashing resin or nano membrane filtration, to remove ash components to give low ash high antioxidants enriched food products, either in diluted or in concentrated or in dried form.
6) A process according to claim (2), characterized in that the clarified sugar containing solution is subject to an adsorption process by passing through, or in contact with adsorbents, such as granular or powdered carbon, bone char and other adsorbents, such as Rohm and Hass XAD-series products.
- The antioxidants adsorbed/retained on the adsorbents via the said adsorption process are extracted or eluted from/stripped off with alkaline solution, such as caustic soda, soda ash solution to give a high antioxidants enriched functional food products, either in diluted or in concentrated or in dried form.
7) A process according to claim (6), characterized in that the high antioxidants extracts/eluents from adsorbents is further subject to ion exchange deashing resin or nano-membrane filtration to remove ash components to give low ash high antioxidants enriched food products, either in diluted or in concentrated or in dried form.
8) A process according to claim (2), characterized in that the clarified sugar containing solution is subject to ion exchange processes by passing through or in contact with ion exchange resins, followed by regeneration or elution of adsorbed and/or exchanged antioxidants from the ion exchange resins using an alkaline brine solution containing about 8% sodium chloride and about 1% sodium hydroxide, to give high antioxidants enriched functional food products, either in diluted or in concentrated or in dried form.
9) A process according to (8), characterized in that the high antioxidants regenerant/eluents are further subject to ion exchange deashing resin or nano-membrane filtration to remove ash components give low ash high antioxidants enriched food products, either in diluted or in concentrated or in dried form.
10) A process according to claim (2), characterized in that the clarified sugar containing solution is subject to ultra- or nano-membrane filtration with maximum pore size equivalent to molecular cut-off limit of 75,000 to give a high antioxidants enriched food retentate product, and a food permeate product, either in diluted or in concentrated or in dried forms.
Dependencies are inferred from the claim text.