抗氧化包装之无氧包装设计研究  

Oxygen-free Packaging Design of Antioxidant Packaging

作　　者：孙建明[1] 李昭[1] 吴龙奇[2] 

机构地区：[1]河南科技大学,洛阳471023 [2]杭州电子科技大学,杭州310018

出　　处：《包装工程》2014年第9期41-46,共6页Packaging Engineering

基　　金：国家国际科技合作计划项目(2011DFA10440);河南省教育厅自然科学研究计划项目(2008A460008);河南省科技厅国际合作科技计划项目(094300510049)

摘　　要：目的为保护抗氧化要求比较苛刻的产品,研究一种更加可靠的抗氧化包装工艺。方法通过对现存抗氧化包装工艺的研究,对目前常用的空间除氧技术原理及效果进行分析,设计研究出一种新型抗氧化包装工艺——无氧包装工艺。结果首次定义了无氧包装的相关概念,划分了无氧包装的除氧级别,设计出了无氧包装的工艺流程以及无氧包装的实现方法。无氧包装工艺主要有密闭空间系统和除氧系统等,并且设计了密闭空间的结构和除氧系统的工艺原理。结论利用无氧包装工艺可克服传统抗氧化包装工艺中存在的问题,满足更加苛刻的抗氧化保护的要求,可使最终残氧量(体积分数)低于0.0001%,且残氧量可控。Objective To provide protection for products with rigid antioxidant requirements and a more reliable antioxidant packing process. Methods This paper designed a new antioxidant packing process-the oxygen-free packing process, through the study of the common antioxidant packing processes in present, and analysis on the principle and effects of the commonly used deoxidization technologies in space. Results This paper put forward the related concepts of oxygen-free packing for the first time, divided the deoxidizing levels of oxygen-free packing, designed the process flowchart and implementation of oxygen- free packing. The oxygen-free packing process included two sections： confined space system and deoxidizing system. This pa- per designed the structure of the confined space and the process principle of the deoxidizing system. Conclusion Employment of the oxygen-free packing process could overcome the problems in traditional antioxidant packing, which was suitable for more rigidly antioxidant protection. The oxygen-free packing process brought the remaining oxygen to lower than 0.0001% and the remaining oxygen could be controlled therein. KEY WORDS： antioxidant packing process; oxygen-free packing; confined space system; deoxidizing system; remaining oxygen

关 键 词：抗氧化包装 无氧包装 密闭空间系统 除氧系统 残氧量 

分 类 号：TB485.9[一般工业技术—包装工程]