A method for judging the suitable aging environment and aging time of laminar tobacco based on industrial demand
A judging method and aging technology, applied in instruments, measuring devices, scientific instruments, etc., can solve problems such as time differences
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Embodiment 1
[0072] Samples were collected from C3F-A grade finished flake cigarettes in Chuxiong, Yunnan, to calculate the specific steps of a method for determining the suitable aging environment and suitable aging time of flake cigarettes based on industrial needs:
[0073] Step one, sample and store;
[0074] Samples of cigarettes were collected and stored in the tobacco storage warehouse for natural or artificial alcoholization; 12 boxes were randomly selected and divided into three groups and stored in three representative storage environments in the warehouse of Xuzhou Cigarette Factory. Treatment method A represents relative The entire storage environment has relatively low temperature and relatively high air humidity. Treatment method C represents relatively high temperature and relatively low air humidity. Treatment method B has a relatively middle temperature and humidity relative to treatments A and C.
[0075] Sampling evaluation started in April 2013, and a total of seven evaluation...
Embodiment 2
[0116] Samples were collected from C3F-A grade finished flake cigarettes in Sanming, Fujian, to practice the specific steps of a method for determining suitable aging environment and suitable aging time for flake cigarettes:
[0117] Step one, sample and store;
[0118] Collect flake cigarette samples and store them in the tobacco reserve warehouse for natural or artificial aging; for example, flake cigarette samples are collected from C3F-A grade finished flake cigarettes in Sanming, Fujian, and 12 boxes are randomly selected and divided into three groups and stored in the warehouse of Xuzhou Cigarette Factory. Among the three representative storage environments, processing method A represents relatively low temperature and relatively high air humidity relative to the entire storage environment, processing method C represents relatively high temperature and relatively low air humidity, and processing method B temperature Relative humidity treatment A and C are both centered.
[011...
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