Review of Resource Technology of Waste Energetic Materials

Yong LIU , Tian XUE , Shuai HOU , Ying WU , Huang-li JING , Fa-heng ZHANG , Dan-dan LIU , Lu DAI

Science Technology and Engineering ›› 2025, Vol. 25 ›› Issue (32) : 13661 -13669.

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Science Technology and Engineering ›› 2025, Vol. 25 ›› Issue (32) : 13661-13669 DOI: 10.12404/j.issn.1671-1815.2502442
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Review of Resource Technology of Waste Energetic Materials
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Abstract

As a critical component in obsolete ammunition, energetic materials have the characteristics of multiple types and complex components, and their safe and efficient disposal has always been a focus of research both domestically and internationally. Traditional incineration disposal technology has the characteristics of wide application range and strong batch disposal capacity, but it has disadvantages such as low energy utilization rate and difficulty in treating the three wastes. With the continuous deepening of environmental protection concepts, countries are researching resource utilization and disposal technologies for scrapped energetic materials, in order to achieve the goals of waste utilization and low-carbon environmental protection. Based on the reviewing the overall development of resource utilization and disposal of obsolete ammunition abroad, the focus was on tracking the resource utilization technology of scrapped energetic materials, which was summarized into two categories: separation-recycling and conversion-reuse technology, Finally, the application scope and characteristics of several typical disposal technologies were discussed to provide guidance for the development and capacity building of resource utilization disposal technologies for energetic materials in China.

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obsolete ammunition / energetic materials / disposal technology / resource utilization / environment protection

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Yong LIU, Tian XUE, Shuai HOU, Ying WU, Huang-li JING, Fa-heng ZHANG, Dan-dan LIU, Lu DAI. Review of Resource Technology of Waste Energetic Materials. Science Technology and Engineering, 2025, 25(32): 13661-13669 DOI:10.12404/j.issn.1671-1815.2502442

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