首页> 外国专利> Method for explosive disintegration of organic material in fluid material system, comprises adding a mixture of flammable fluid and fluid oxidizing agent to the reaction and inducing (by the mixture) pressure and shock waves into system

Method for explosive disintegration of organic material in fluid material system, comprises adding a mixture of flammable fluid and fluid oxidizing agent to the reaction and inducing (by the mixture) pressure and shock waves into system

机译:在流体材料系统中爆炸性分解有机材料的方法,包括将易燃流体和流体氧化剂的混合物添加到反应中,并(通过混合物)将压力和冲击波引入系统

摘要

Method for effective explosive disintegration of organic material in a fluid material system, comprises adding a mixture of a flammable fluid and a fluid oxidizing agent effectively to the reaction and inducing pressure and shock waves (induced by the fluid reaction mixture) into the fluid material system, thus resulting in an increased disintegration of the organic materials. Independent claims are also included for: (1) a method for disintegration of organic material in a fluid material system, comprising adding a flammable fluid and fluid oxidizing agent into the material system, as reactive flame (23) to the reaction; (2) method for explosive disintegration of organic material in a fluid material system, comprising adding a flammable fluid and fluid oxidizing agent, which are dispersed in the material system to an explosive mixture and subsequently to the reaction; (3) device for explosive disintegration of organic material in a fluid material system, comprising an explosion chamber (3) with connections (4, 4a, 4b) for providing a flammable fluid and an fluid oxidizing agent or a mixture, a firing device (8) for introducing the reaction of the flammable fluid mixture and further at least a flow guidance element (7) for accelerating the material system or the reaction mixture; (4) device for treating organic material in a fluid material system, comprising the treatment range for the material system, is designed as circle-cylindrical reactor (14), at least a explosion chamber with connections are designed at its extent, for the flammable fluid and fluid oxidizing agent or a mixture, a firing device for the initiating the reaction of the flammable fluid mixture and flow guidance elements for introducing the reaction mixture are arranged in such a manner, such that it is tangential into the reactor and further a gas exhaust (15) as vertical pipe, a central mud exit (16) are arranged centrically and axially and a supplier (20) for the material system, is arranged tangentially at the reactor; and (5) device for treating organic material in a fluid material system, comprising providing a reactor, a rotary hollow shaft (28), over which the fluid material system is conductible to the plate of a rotation atomizer (29) and providing a ring burner (30) in the treatment range for the operation of a reactive flame, where the dispersed fluid material system is taken down from the reactor and the remaining gas over a gas exhaust is arranged centrally in the reactor.
机译:在流体材料系统中有效爆炸性分解有机材料的方法,包括将易燃流体和流体氧化剂的混合物有效地添加到反应中,并在流体材料系统中引起压力和冲击波(由流体反应混合物引起) ,因此导致有机材料的崩解增加。还包括以下独立权利要求:(1)在流体材料系统中分解有机材料的方法,该方法包括将易燃流体和流体氧化剂作为反应性火焰(23)添加到材料系统中; (2)在流体材料系统中爆炸性分解有机材料的方法,包括将易燃的流体和流体氧化剂分散在爆炸性混合物中并随后进行反应,所述易燃流体和流体氧化剂分散在材料系统中。 (3)用于在流体材料系统中爆炸性分解有机材料的装置,包括爆炸室(3),爆炸室(3)具有用于提供易燃流体和流体氧化剂或混合物的连接(4、4a,4b),点火装置( 8)用于引入可燃流体混合物的反应,以及至少用于促进材料系统或反应混合物的至少一个导流元件(7); (4)用于处理流体材料系统中的有机材料的装置,包括材料系统的处理范围,被设计为圆圆柱形反应器(14),至少在其范围内设计了一个爆炸室,用于易燃流体和流体氧化剂或混合物,用于引发可燃流体混合物反应的点火装置和用于引入反应混合物的导流元件的布置方式应使其切向进入反应器,并进一步切向气体作为垂直管的排气(15),中心排泥口(16)沿轴向和轴向布置,并且物料系统的供应器(20)与反应器相切地布置; (5)用于在流体材料系统中处理有机材料的装置,包括提供反应器,旋转空心轴(28),流体材料系统可通过该空心轴传导至旋转雾化器(29)的板并提供环在用于反应火焰运行的处理范围内的燃烧器(30),其中从反应器中取出分散的流体材料系统,并将排气上方的剩余气体布置在反应器的中央。

著录项

  • 公开/公告号DE102004017975A1

    专利类型

  • 公开/公告日2005-11-03

    原文格式PDF

  • 申请/专利权人 TECHNISCHE UNIVERSITAET DRESDEN;

    申请/专利号DE20041017975

  • 发明设计人 TIETZE RAINER;KUEHN VOLKER;BARTH MATTHIAS;

    申请日2004-04-06

  • 分类号C02F11/00;C07B31/00;C02F11/06;C02F11/10;B01J13/04;C07B35/06;

  • 国家 DE

  • 入库时间 2022-08-21 22:00:46

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