TH21444U - Method for extracting gingerol and chacool from ginger. - Google Patents

Abstract

20/05/2022(OCR) The process for extracting gingerol and chagool from ginger consists of the following steps: Ginger was placed in the extraction tank of a supercritical carbon dioxide extraction machine with 95% ethanol as the co-solvent. Set the temperature of the extraction tank at 60 °C, the pressure in the extraction tank at 35 MPa, extract continuously until the extract is obtained, filter the extract, mix the extract with polyoxyethylene (20) sorbitane mono-O. Lee et al. In order to have pure extracts of gingerol and saagool, the team used safe solvents and a small amount. It takes a little time to extract. No need to evaporate the solvent. 23/12/2021(OCR) The process for extracting gingerol and chagool from ginger consists of the following steps: Take clear ginger in the extraction tank of a supercritical carbon dioxide extraction machine with 95% ethanol as the co-solvent. Set the temperature of the extraction tank at 60 degrees Celsius, the pressure in the extraction tank at 35 MPa, extract continuously until the extract is obtained, filter the extract, mix the extract with polyoxyethylene (20) sorbitane mono-O. Lee et al. In order to have extracts that contain gingerol and pure chacoal. using safe solvents and small quantities It takes a little time to extract. No need to evaporate the solvent. 09/07/2021(OCR) Process for extracting gingerol and chagool from ginger. Consisting of steps: Ginger was placed in the extraction tank of a supercritical carbon dioxide extraction machine with 95% ethanol as the co-solvent. Set the temperature of the extraction tank at 45?c and the pressure in the extraction tank at 25 MPa. Extract continuously until the extract is obtained. Filter the extract, mix the extract with polyoxyethylene (20) sorbitan. Monooleate 28/08/2020(OCR) This invention involves a method for extracting highly pure gingerols from ginger. Contains dried ginger. Carbon dioxide and ethanol. The process is to place finely dried ginger in the extraction tank of a supercritical fluid extraction machine. Using carbon dioxide and 95% ethanol as solvents, set the temperature and pressure of the extraction machine. Continuously extract until the extract is obtained. Filter the extract. Then mixed with polyoxyethylene (20) sorbitane monooleate. 26/06/2020(OCR) This invention involves a method for extracting highly pure gingerols from ginger. Contains dried ginger. carbon dioxide and ethanol, with the process being Take clear, finely dried ginger in the extraction tank of a supercritical fluid extraction machine. Carbon dioxide and 95% ethanol were used as solvents. Set the extractor temperature and pressure. Continuous extraction until a dark brown liquid extract with sediment was obtained. Filtered until a clear, dark brown liquid was obtained. Mixed with polyoxyethylene (20) sorbitane monooleate. until a clear yellow liquid is obtained 07/04/2020(OCR) Page 1 of 1 page Summary of invention The present invention involves a method for extracting highly pure gingerols from ginger. Contains dried ginger. carbon dioxide and ethanol, with the process being Dried ginger with a fineness of 2040 Mesh was placed in the extraction tank of a supercritical fluid extraction machine. Using carbon dioxide and ethanol at a concentration of 95 percent. is a solvent Set the temperature of the extraction tank at 60 degrees Celsius, the pressure in the extraction tank at 35 MPa. Extract continuously for 2 hours to get dark brown liquid ginger extract with sediment. Filter it to get a clear brown liquid. intensive Has the scent of ginger. mixed with polyoxyethylene (20) sorbitane monooleate You will get a clear yellow liquid. 15/10/2019(OCR) Page 1 of 1 page Summary of invention The present invention involves a method for extracting highly pure gingerols from ginger. comprising Dried Ginger, Carbon Dioxide, Ethanol and Polyoxyethylene (20) Sorbitane Monooleate (polyoxyethylene (20) sorbitan monooleate) by the process is Place the ground dry ginger powder into the supercritical fluid extraction machine. (supercritical fluid extraction) Adjust the temperature of the extraction tank at 60 degrees Celsius, the pressure in the extraction tank at 35 megapascals (MPa), the temperature of the extraction tank 1 at 55 degrees Celsius, the pressure in the extraction tank 1 at 10 MPa. l Temperature of extract storage tank 2 at 50 degrees Celsius. Pressure in extraction tank 2 at 5 MPa. Extract continuously for 2 hours. Then, extract obtained is filtered through cotton. You will get a clear, dark brown extract. Then add additives. 12/07/2018(OCR) Page 1 of 1 page Summary of invention The present invention involves a method for extracting highly pure gingerols from dried ginger using carbon dioxide. The situation is extremely critical. Using ground dry ginger Extracted with a supercritical fluid extraction machine. (supercritical fluid extraction) using supercritical carbon dioxide and 95 percent alcohol. The temperature of the extraction tank is 60 degrees Celsius. The pressure in the extraction tank is 35 megapascals. After that, the extract is filtered to get an extract that contains group of substances. Highly pure gingerol Suitable for use as an ingredient in cosmetics. Page 1 of 1 page. Summary of invention. The present invention involves a method for extracting highly pure gingerols from dried ginger using carbon dioxide. The situation is extremely critical. Using ground dry ginger Extracted with a supercritical fluid extraction machine. (supercritical fluid extraction) using supercritical carbon dioxide and 95 percent alcohol. The temperature of the extraction tank is 60 degrees Celsius. The pressure in the extraction tank is 35 megapas. Then, the extract is filtered and the extract mixed with polyethylene. n (20) Sorbitane monooleate will be a clear yellow liquid. Suitable for use as an ingredient in cosmetics.

Claims (2)

1./05/2565(OCR) 1. The extraction process of gingerol and chagaol from ginger consists of the following steps: a. Put 1 kg of 2040 mesh dried ginger into the extraction tank of the supercritical carbon dioxide extractor with 0.222 kg of 95% ethanol as a co-solvent. Set the temperature of the extraction tank at 60 °C, the pressure in the extraction tank at 35 MPa, the temperature of the extraction tank 1 at 55 °C, the temperature of the extraction tank 2 at 50 °C, and extract continuously for 2 hours until the dark brown liquid extract is obtained with sediment. b. Filter the extract obtained from step a. through a filter or cotton until you get a clear dark brown liquid. c. Mix the extract obtained from step b. with polyoxyethylene (20) sorbitan monooleate. (polyoxyethylene (20) sorbitan monooleate) 0.0260.260 kg until the liquid is clear yellow. 23/12/2021 (OCR) 1. The process of extracting gingerol and sacool from ginger consists of the following steps: a. Put 1 kg of dried ginger with a fineness of 2040 mesh into the extraction tank of a supercritical carbon dioxide extractor with 0.222 kg of 95% ethanol as a co-solvent. Set the temperature of the extraction tank at 60 °C, the pressure in the extraction tank at 35 MPa, the temperature of the extract storage tank 1 at 55 °C, the temperature of the extract storage tank 2 at 50 °C, and extract continuously for 2 hours until the dark brown liquid extract is obtained with sediment. b. Filter the extract obtained from step a. through a filter or cotton until the liquid is clear dark brown. c. Mix the extract obtained from step b. with polyoxyethylene (20) sorbitan monooleate. (polyoxyethylene(20) sorbitan monooleate) 0.0260.260 kg until the liquid is clear yellow. 09/07/2021 (OCR) 1. The method for extracting gingerol and ginger root from ginger in the ratio of 1 kg of dry ginger consists of the following steps: a. Put dry ginger with a fineness of 2040 mesh in the extraction tank of a supercritical carbon dioxide extractor with 0.222 kg of 95% ethanol as a co-solvent. Set the temperature of the extraction tank at 60 ° C, the pressure in the extraction tank at 35 MPa, the temperature of the extract storage tank 1 at 55 ° C, the temperature of the extract storage tank 2 at 50 ° C and extract continuously for 2 hours until the dark brown liquid extract is obtained. There is a sediment. b. Filter the extract obtained from item a. through a filter or cotton until the liquid is clear and dark brown. c. Take the extract obtained from item B. Mixed with polyoxyethylene (20) sorbitan monooleate 0.0260.260 kg until obtaining a clear yellow liquid. 28/08/2020 (OCR) 1. The production process of the extract containing high pure gingerol and chacool from ginger in the ratio of 6 kg of dry ginger consists of the following steps: a. Put dry ginger with a fineness of 2040 mesh into the extraction tank of a supercritical fluid extraction machine using supercritical carbon dioxide and 1.332 kg of 95% ethanol. Set the temperature of the extraction tank at 60 °C, the pressure in the extraction tank at 35 megapascals (MPa), the temperature of the extraction tank 1 at 55 °C, the temperature of the extraction tank 2 at 50 °C, and extract continuously for 2 hours until the dark brown liquid extract is obtained. There is a sediment. b. Take the extract obtained from item A. Filter through a filter sheet or cotton until you get a clear dark brown liquid. C. Mix the extract from step B with 0.1561.56 kilograms of polyoxyethylene (20) sorbitan monooleate until you get a clear yellow liquid. 26/06/2020 (OCR) 1. The process for producing an extract containing pure gingerol and chacool from ginger in a ratio of 6 kilograms of dry ginger consists of the following steps: A. Put dry ginger with a fineness of 2040 mesh into the extraction tank of a supercritical fluid extraction machine using supercritical carbon dioxide. And 1.332 kg of 95% ethanol. Set the temperature of the extraction tank at 60 °C, the pressure in the extraction tank at 35 MPa, the temperature of the extract tank 1 at 55 °C, the temperature of the extract tank 2 at 50 °C, and continuously extract for 2 hours until the dark brown liquid extract is obtained. There is a sediment. B. Take the extract from part A and filter it through a filter or cotton until you get a clear dark brown liquid. C. Mix the extract from part B with 0.1561.56 kg of polyoxyethylene (20) sorbitan monooleate until you get a clear yellow liquid. 07/04/2020 (OCR) Page 1 of 1 pages Claim 1. Method for producing an extract containing high pure gingerol and sacool from ginger. In the ratio of 6 kilograms of dry ginger, the steps are as follows: a. Put 2040 mesh dry ginger in the extraction tank of the supercritical fluid extraction machine using supercritical carbon dioxide and 1.332 kilograms of 95% ethanol, set the temperature of the extraction tank at 60 °C, the pressure in the extraction tank at 35 megapascals (MPa), the temperature of the extraction tank 1 at 55 °C, the temperature of the extraction tank 2 at 50 °C, and extract continuously for 2 hours. The ginger extract will be obtained with a high concentration of gingerol, which is a dark brown liquid with sediment. b. Filter the extract from part a. through a filter or cotton. The result will be a dark brown clear liquid with a ginger aroma. c. Mix the extract from part b. with 0.1561.56 kilograms of polyoxyethylene (20) sorbitan monooleate to get a clear yellow liquid. 10/15/2019(OCR) Page 1 of 1 Claim 1. The process of producing the extract with high purity gingerol and chacool from ginger consists of the following steps: Put 6 kg of dried ginger with a fineness of 2040 mesh into the extraction tank of the supercritical fluid extraction machine using supercritical carbon dioxide and 1.332 kg of 95% by volume ethanol. Set the temperature of the extraction tank at 60 °C, the pressure in the extraction tank at 35 MPa, the temperature of the extraction tank 1 at 55 °C, the temperature of the extraction tank 2 at 50 °C, and extract continuously for 2 hours. The ginger extract will be obtained with a high concentration of gingerol and chacool, which is a dark brown liquid with sediment. Then filter the extract through a filter or cotton to obtain a clear, dark brown liquid with a ginger aroma. 2. The process of producing the extract with high purity gingerol and chacool from ginger According to claim 1, wherein the filtrate is mixed with an additive, the additive being selected as polyoxyethylene (20) sorbitan monooleate, amounting to 0.1561.56 kg. 12/07/2018(OCR) Page 1 of 1 Claim 1. The process of extracting high-purity gingerols from dried ginger using supercritical carbon dioxide consists of the following steps: Put 1 kg of dried ginger with a fineness of 2040 mesh into the extraction tank of a supercritical fluid extraction machine using supercritical carbon dioxide and 0.222 kg of 95% by volume alcohol. Set the temperature of the extraction tank at 60 °C, the pressure in the extraction tank at 35 MPa, the temperature of the extraction tank 1 at 55 °C, the temperature of the extraction tank 2 at 50 °C, and the extraction is continuous for 2 hours. The ginger extract with a high concentration of gingerols will be obtained, which is a dark brown liquid with sediment. Then filter the extract through a filter or cotton. The result is a clear, dark brown liquid with a ginger aroma. Page 1 of 1 Claim 1. The process of extracting high-purity gingerols from dried ginger using supercritical carbon dioxide according to this patent. Consists of the following steps: (a) Take 1 kg of 2040 mesh dry ginger and put it in the extraction tank of the supercritical fluid extraction machine using supercritical carbon dioxide and 0.222 kg of 95% alcohol by volume. Set the temperature of the extraction tank at 60 °C, the temperature of the extraction tank 1 at 55 °C, the temperature of the extraction tank 2 at 50 °C, adjust the speed of the carbon dioxide pump at 11-18 rpm until the pressure in the extraction tank is 35 MPa and extract continuously for 2 hours. You will get ginger extract with high concentration of gingerols, which is a dark brown liquid with sediment. Then filter the extracted substance through a filter or cotton to get a clear dark brown liquid. It has a fragrant smell of ginger. (b) Take the extract obtained from (a) and mix it with 0.10.8 kg of Polyoxyethylene (20) sorbitan monooleate, the best being 0.16 kg, to obtain a clear to yellow liquid, suitable for use as an ingredient in cosmetics. 2. Mix the extracts obtained from (a) and (b) with Polyoxyethylene (20) sorbitan monooleate in a ratio of 1 part extract to 110 parts Polyoxyethylene (20) sorbitan monooleate.