High-oxygen and high-carbon dioxide gas regulating and insect inhibiting method in ginger storage process
A technology with high carbon dioxide and carbon dioxide, applied in food preservation, fruit and vegetable preservation, food science, etc., can solve problems such as pesticide residues, ginger discoloration, economic loss and export earnings, etc., to inhibit respiration, maintain nutrient content, and reduce nutrient consumption Effect
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Embodiment 1
[0010] The method for controlling pests with high oxygen and high carbon dioxide during ginger storage is characterized in that the following steps are adopted: after the ginger is harvested, it is put into a ginger cellar according to a conventional method, and after 4 days of releasing field heat; the high oxygen and high carbon dioxide gas is introduced into the ginger cellar, Wherein the mass fraction of carbon dioxide is 15%, and the rest is oxygen until the gas fills the ginger cellar; re-inflate once every 5 days, store ginger with this gas for 50 days, that is, inflate 10 times; then store the ginger according to the conventional method. .
Embodiment 2
[0012] The method for controlling pests with high oxygen and high carbon dioxide during ginger storage is characterized in that the following steps are adopted: after the ginger is harvested, it is put into a ginger cellar according to a conventional method, and after 5 days of releasing field heat; the high oxygen and high carbon dioxide gas is introduced into the ginger cellar, Wherein the mass fraction of carbon dioxide is 20%, and the rest is oxygen until the gas fills the ginger cellar; re-inflate once every 5 days, and store ginger with this gas for 40 days, that is, inflate 8 times; then store the ginger according to the conventional method. .
Embodiment 3
[0014] The method for controlling pests with high oxygen and high carbon dioxide during ginger storage is characterized in that the following steps are adopted: after the ginger is harvested, it is put into a ginger cellar according to a conventional method, and after 5 days of releasing field heat; the high oxygen and high carbon dioxide gas is introduced into the ginger cellar, Wherein the mass fraction of carbon dioxide is 25%, and the rest is oxygen until the gas fills the ginger cellar; re-inflate once every 5 days, store ginger with this gas for 35 days, that is, inflate 7 times; then store the ginger according to the conventional method. .
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