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Safe disposal and resourceful utilization system for energetic material and implementation method

A resource-based and safe technology, applied in the field of safe disposal of energetic materials and resource-based utilization systems, can solve problems such as small consumption, cumbersome separation process, and no

Inactive Publication Date: 2013-11-27
中国人民解放军济南军区72465部队
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0016] (2) As civilian explosives: the direct utilization of discarded propellants, propellants and explosives, such as the yellow explosive TNT, which is taken out from the bomb, purified into pieces, and directly introduced into industrial powder explosives. Some sensitive propellants , propellants and explosives, such as RDX, will be reused after insensitization; the special mixture explosives made, these propellants, propellants and explosives are used for metal processing and other purposes, such as: Explosive compounding of metals, explosive cutting, explosive forming, explosive strengthening and explosive hardening, explosive riveting and welding, explosive stress relief, and explosive powder compaction, etc., the price of this type of explosive is relatively high, but the consumption is small, it is not large An Efficient Way to Dispose of Expired and End-of-Life Propellants, Propellants and Explosives at Scale
[0025] Ammunition, especially the propellant, contains a large amount of lead. At present, the removal methods for lead mainly focus on the following methods: precipitation method, coagulation method, adsorption method, and ion exchange method. method, the effect is good, but there is a shortcoming, the separation process of pyrrhotite and pyrite in natural pyrite is more complicated, and the workload is large, which limits the practical application, but it is rare to apply the above method to propellant Removing lead in fertilizer making

Method used

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  • Safe disposal and resourceful utilization system for energetic material and implementation method
  • Safe disposal and resourceful utilization system for energetic material and implementation method
  • Safe disposal and resourceful utilization system for energetic material and implementation method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0161] The safe disposal and resource utilization system of energetic materials includes: gas detection device 8, batching tank 3, reaction tank 7, feeding tank 2, overflow recovery tank 11, gas recovery tank 9, compressor unit 1, heating device 16, refrigeration Unit 4, gas condensing device 6, ultrasonic generator 10, stirring device driven by a motor 5, temperature test automatic control device 12, pressure test device 14, pH test automatic control device 13, ion concentration detection device 15;

[0162] The batching tank 3 has a feed inlet, an air inlet, an air outlet, and a feed outlet; the feed outlet of the batching tank 3 is connected to the reaction tank 7 through a pipeline;

[0163] There are three feeding tanks 2, and these three feeding tanks 2 are used to hold acid liquid, lye, and sulfide. Each feeding tank 2 has a feed inlet, an air outlet, an air inlet, and a feed outlet respectively. The discharge port of the feeding tank 2 is connected with the reaction ta...

Embodiment 2

[0185] The difference with Example 1 is that in Example 2, no special batching tank 3 is set, and the batching and reaction are carried out in the reaction tank 7 simultaneously; the specific structure is as follows:

[0186] The safe disposal and resource utilization system of energetic materials includes: gas detection device 8, reaction tank 7, feeding tank 2, overflow recovery tank 11, gas recovery tank 9, compressor unit 1, heating device 16, refrigeration unit 4, gas Condensing device 6, ultrasonic generator 10, stirring device 5 driven by motor, temperature test automatic control device 12, pressure test device 14, pH test automatic control device 13, ion concentration detection device 15;

[0187] There are three feeding tanks 2, and these three feeding tanks 2 are used to hold acid liquid, lye, and sulfide. Each feeding tank 2 has a feed inlet, an air outlet, an air inlet, and a feed outlet respectively. The discharge port of the feeding tank 2 is connected with the r...

Embodiment 3

[0200] Adopt the equipment of embodiment 1, in following embodiment, if relate to batching tank 3, all adopt the equipment of embodiment 1, if not relate to batching tank 3, then adopt the equipment of embodiment 2.

[0201] When the energetic material is a single-base propellant, the realization method of the safe disposal and resource utilization system includes the following steps:

[0202] (1) Preparation of reaction materials:

[0203] Prepare single-base propellant, conversion agent, and prepare hydrolyzate;

[0204] Prepare single-base propellant: crush the energetic material to a fineness of 60 mesh;

[0205] Prepare the hydrolyzate: prepare the hydrolyzate NaOH in the batching tank 3, the concentration is 20%, when preparing the lye, stir while preparing, and the control stirring speed is 100rpm;

[0206] Prepare the conversion agent: the conversion agent is potassium humate, and its concentration is: 15%;

[0207] (2) Feeding

[0208] Add the single-base propella...

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Abstract

The invention specifically relates to a safe disposal and resourceful utilization system for an energetic material and an implementation method for the system, belonging to the technical field of treatment of energetic materials. The system comprises a batching tank, a reaction tank, a material supplementing tank, an overflow recovery tank, a gas recovery tank, a compressor unit, a heating unit, a refrigerating unit, a gas detection device, a gas condensation device, a supersonic generator, a stirring device driven by a motor, a temperature test automatic control device, a pressure testing device, a pH value test automatic control device and an ion concentration detection device. The system is used for treatment of an energetic material to prepare a fertilizer which can be utilized by mankind through hydrolysis and conversion; in the process of preparation of a fertilizer, lead in a lead-containing energetic material is removed to reduce lead content in the fertilizer, so the content of lead absorbed by a crop from soil is reduced, thereby further alleviating harm to a human body caused by lead included in food.

Description

technical field [0001] The invention belongs to the technical field of energetic materials processing, and in particular relates to a system for safe disposal and resource utilization of energetic materials, and also relates to a method for realizing the system. Background technique [0002] The energetic materials used in ammunition mainly include propellants, propellants and explosives. Propellants are mainly composed of energy components and some additives such as plasticizers, stabilizers, etc.; propellants contain energy components, plasticizers, In addition to stabilizers, etc., it also contains impact modifiers, which contain a large amount of lead. The vast majority of propellants, propellants and explosives are often used in the military field to complete combat purposes such as projectiles, propulsion and explosions, and are the energy sources for land, sea, air, aerospace, and personal defense weapons. Propellants, propellants and explosives all have a certain se...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C05G1/00C05G3/00
Inventor 张余清孙贵之牛家新刘卫星杨金春王新田丰王波
Owner 中国人民解放军济南军区72465部队
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