Process for processing tea seed oil
A new technology, tea oil technology, applied in the direction of fat oil/fat production, fat production, etc., can solve the problems of increasing warehouse investment and turnover funds, affecting the economic benefits of manufacturers, and precipitation of sediment, so as to improve the economic benefits of manufacturers and shorten storage time. Time, the effect of accelerating capital turnover
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[0011] At room temperature, add 1 kg of phosphoric acid to 1000 kg of leached camellia oil, stir rapidly for 40 minutes, and carry out phosphoric acid degumming: then at a temperature of 20°C, add 1 liter of 20% NaOH solution, add alkali while stirring, and the stirring speed is 60r / min, then raise the temperature to 60°C, 30r / min when the temperature rises, and then stand still for 8 o'clock, then wash twice with 100kg hot water; cool the oil after alkali refining to 9°C, filter; finally decolorize, first The filtered tea oil is dehydrated at a vacuum degree of 96kPa, a temperature of 95°C, and 60r / min stirring until there is no water mist in the dehydration pot, and then 2kg of activated clay is added for decolorization for 0.5h. The decolorized oil is decolorized at a vacuum degree of 100kPa , steam distillation at 230°C for 5 hours, then cooling to below 70°C to break the vacuum, and filtering to obtain the finished camellia oil.
Embodiment ( 2
[0013] At room temperature, add 2kg of phosphoric acid to 1000kg of leached camellia oil, stir rapidly for 40 minutes, and carry out phosphoric acid degumming: then at a temperature of 30°C, add 1 liter of 20% NaOH solution, add alkali while stirring, and the stirring speed is 60r / min, then raise the temperature to 65°C, 30r / min when the temperature rises, then let it stand for 10 hours, and then wash it twice with 100kg of hot water; cool the oil after alkali refining to about 10°C, and filter; Dehydrate the filtered camellia oil under the conditions of a vacuum of 96kPa, a temperature of 100°C, and 60r / min stirring until there is no water mist in the dehydration pot, and then add 2kg of active clay for decolorization for 0.5h. 100kPa, steam distillation at 230°C for 5 hours, then cooling to below 70°C to break the vacuum, and filtering to obtain the finished camellia oil.
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