A compound sweetener for improving lasting sweetness of Luo Han Guo extract and preparation method thereof
A technology of Luo Han Guo extract and compound sweetener, which is applied in the direction of food ingredients containing natural extracts, food ingredients as taste improvers, food science, etc., can solve the problems of heavy sweetness affecting the taste, and achieve stability and stability. Excellent performance, low heat, and the effect of reducing the loss of fragrance
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Embodiment 1
[0077] This embodiment includes the following steps:
[0078] (1) Preparation of okra young fruit mucilage:
[0079] ①Extraction: Take 100kg of young okra, crush it into long strips with a width of about 5mm with a medicine cutter, and put it into 1m 3 In a stirring tank, water was used as a solvent, and the mixture was stirred and extracted at room temperature of 17°C. Extraction was performed twice, the first time adding 600L water, and the extraction was 2.0h; the second time adding 500L water, the extraction was 1.5h. After each extraction and filtration, the first extraction residue is then subjected to the second extraction. The 1st and 2nd extracts were combined to obtain 1100L water extract; the extraction residue after the 2nd extraction was collected in another device.
[0080] ②Clarification: First pass the water extract through a disc centrifuge, and then through a complete set of ceramic membrane equipment with a pore size of 500nm for clarification. After fee...
Embodiment 2
[0096] (1) Preparation of okra young fruit mucilage:
[0097] ①Extraction: Take 100kg of young okra, use a medicine cutter to break into long strips with a width of about 7mm, and put in 1m 3 In a stirring tank, water was used as a solvent, and the mixture was stirred and extracted at room temperature of 26 °C. Extraction was performed twice, the first time adding 600L water, and the extraction was 2.0h; the second time adding 500L water, the extraction was 1.5h. After each extraction and filtration, the first extraction residue is then subjected to the second extraction. The 1st and 2nd extracts were combined to obtain 1100L water extract; the extraction residue after the 2nd extraction was collected in another device.
[0098] ②Clarification: First pass the water extract through a disc centrifuge, and then through a complete set of ceramic membrane equipment with a pore size of 300nm to clarify. After feeding the feed liquid, add 300L purified water to wash the upstream l...
Embodiment 3
[0114] (1) Preparation of okra young fruit mucilage:
[0115] ①Extraction: Take 100kg of young okra, use a medicine cutter to break into long strips with a width of about 4mm, and put in 1m 3 In a stirring tank, water was used as a solvent, and the mixture was stirred and extracted at room temperature of 8°C. Extraction was performed twice, the first time adding 600L water, and the extraction was 2.0h; the second time adding 500L water, the extraction was 1.5h. After each extraction and filtration, the first extraction residue is then subjected to the second extraction. The 1st and 2nd extracts were combined to obtain 1100L water extract; the extraction residue after the 2nd extraction was collected in another device.
[0116] ②Clarification: First pass the water extract through a disc centrifuge, and then through a complete set of ceramic membrane equipment with a pore size of 500nm for clarification. After feeding the feed liquid, add 300L purified water to wash the upstr...
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