Tobacco leaf full-formula module processing method

Abstract

The invention discloses a tobacco leaf full-formula module processing method which comprises the following steps: performing primary processing treatment on raw tobacco in a re-drying factory where a raw tobacco producing area is located to obtain a single-grade tobacco strip raw material; and after the single-grade tobacco strip raw material is alcoholized for a period of time, intensively subjecting all the single-grade raw materials contained in a formula to secondary compounding processing according to a tobacco formula of a cigarette product to obtain a formula module, wherein the strength of primary processing treatment is lower than that of secondary compounding treatment. According to the tobacco leaf full-formula module processing method, the guidance quality of cigarette products is higher, raw materials can be dynamically output according to product requirements, the requirements of product design are better met, and the supporting force of the raw materials for brands is improved. Moreover, according to the raw material processing method disclosed by the invention, cross-production-area, cross-aroma and cross-year raw material matching can be realized, the potential of the raw materials can be fully excavated, the functionality of the raw material formula is improved, the selection range of the raw materials is expanded, the stability of the module quality is better ensured, and the fluctuation risk of the product quality is reduced.

Description

technical field [0001] The invention relates to the field of redrying and processing of tobacco leaves, and more particularly, relates to a method for processing tobacco leaves with a complete formula module. Background technique [0002] At present, the tobacco leaf raw material output mode adopted by most domestic cigarette industrial enterprises is the module formula-leaf group formula output mode. Its main process is to receive the tobacco leaf raw materials, and carry out re-baking processing in the local re-baking factory to form a formula module, and then use the formula module as the basic unit to carry out product design, and multiple formula modules finally form a leaf group formula. [0003] However, there are still certain problems in this raw material output mode. First, from the perspective of raw material value utilization, due to its own limitations, the formula module output method can only realize the module ratio of raw materials in the same roasting fact...

AI Technical Summary

Problems solved by technology

[0003] But there are still some problems in this raw material output mode

First, from the perspective of raw material value utilization, due to its own limitations, the formula module output method can only achieve the module ratio of raw materials in the same roasting factory, and the re-baking and threshing of tobacco leaf raw materials across provinces and flavors is still not possible. , the value of raw materials is limited, and module assembly is often urged by the processing progress of the rebaking plant, resulting in the possibility of improper assembly, and even covering up the original value of some raw materials

The value of raw materials has not been fully demonstrated, resulting in inefficient use of raw materials for some modules, and easy to form retention in inventory

Second, from the perspective of product orientation, the product structure is currently developing rapidly, and the originally designed modules may not be able to meet the needs of new products, and the product orientation of the formula module is often not strong

Third, from the perspective of homogenization, under the conventional mode, there are many and scattered rebaking processing points, and the uniformity and consistency of processing quality cannot be guaranteed, especially for high-end products, which is not conducive to product stability