Tobacco leaf and green mould proof method of products thereof

Abstract

The invention relates to a tobacco leaf and a green mould proof method of products thereof, which is characterized in that after raw tobacco leaves are packed by a corrugated case provided with a plastic inner liner, or packed and sealed cigarette finished product packing boxes are directly irradiated by ray with the dosage of 4kGy-10kGy, so that the aims of killing and preventing mould can be achieved. The invention has the advantages that electron accelerator irradiation technology is adopted and is easy to combine with the existing tobacco processing technique, and irradiation can be taken as a working procedure in the process flow of the tobacco processing technique; an electron accelerator is directly installed in a flow line of tobacco processing, so that automation is easy to realize; the ray generated by the electron accelerator has higher energy and can penetrate the cigarette boxes, so as to rapidly and thoroughly kill the mould in the tobacco leaves and the products thereof with high efficiency for once, reduce mildew loss, and lower the administrative expense on a tobacco barn; furthermore, the ray can kill pests in tobacco storage, accelerate the alcoholization of the tobacco leaves, and improve the suck quality of the tobacco leaves, so that the invention has practicability; in addition, the invention opens up a new path for preventing mould of the tobacco, thus having considerable market prospect.

Description

technical field [0001] The invention relates to a method for killing and preventing tobacco mold, in particular to a green anti-mold method for tobacco leaves and products thereof. Background technique [0002] Tobacco leaves must go through a warehousing process before being processed into cigarettes. The purpose has two aspects: one is to store enough raw materials for the tobacco factory; the other is to carry out natural aging of tobacco leaves. After the tobacco leaves are harvested and baked, due to the presence of a large amount of nitrogen-containing compounds, free bases, volatile acids, and gas phase or particle phase substances that are incompatible with the smoke, the tobacco leaves have a serious green smell and pungent taste, and the smoking quality is poor. Cigarette production can only be carried out after alcoholization. The process of natural alcoholization of tobacco leaves is slow and generally takes 1-3 years. [0003] The long-term storage period of t...

AI Technical Summary

Problems solved by technology

The temperature control and humidity control method has high requirements on the warehouse, requires a large number of temperature and humidity control equipment, and consumes a lot of electric energy. In actual production, it is difficult to achieve the desired effect; the amount of spraying antifungal agent is large, and it is difficult to spray evenly and Comprehensive, so the effect is limited. In addition, cigarettes or tobacco leaves processed into cigarettes after adding antifungal agents will produce harmful gases due to high temperature cracking when burning and smoking, which will affect human health, and the residue of antifungal agents will also pollute the environment; Oxygen can effectively reduce the oxygen content in the sealed stack, but because the humidity and carbon dioxide content cannot be effectively controlled, the anti-mildew effect is not ideal, and affects the alcoholization of tobacco leaves. In addition, the operation process of the sealing oxygen reduction method is cumbersome and consumes a lot of manpower, material resources and resources. time; although the γ-ray irradiation method can achieve the effect of inactivating enzymes and preventing mildew, it is difficult to combine with the existing tobacco processing technology due to the shortcomings of tobacco monopoly, the immovability of the γ-irradiation device and the low irradiation efficiency. and cannot be promoted

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