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Device for the thermal processing of pollutant-containing organic waste for the production of gas, oil and activated carbon

机译:用于生产气体,石油和活性炭的含污染物有机废物的热处理设备

摘要

Apparatus for the thermal processing of pollutant-containing organic waste for the production of gas, oil and activated coke, in which 1.1. the digestion complex consists of a dryer (2), the main reactor (8) and a coke reactor (11), 1.1.1. in which the dryer (2) has a feeding device (1) through which the waste (IN) can be fed to the dryer (2) and 1.1.1.1. the dryer (2) is surrounded by a heating jacket (3) through which the waste (IN) can be heated to a drying temperature of 80 ° C to 120 ° C, 1.1.2. in which the main reactor (8) is connected to the dryer (1) via a material lock (4) through which the dried waste (IN) can be transferred to the main reactor (8), 1.1.3. in which the main reactor (8) is surrounded by a heating jacket (3) through which the waste (IN) is heated to a temperature of 350 ° C to 420 ° C, 1.1.3.1. wherein the main reactor (8) includes a liquid feed (6) through which a molten liquid consisting of waste oil (aÖ), tar (T) and a first aggregate mixture (ZA) can be added to the waste (IN), 1.1.4. in which a further material lock (9) connects the main reactor (8) and the coke reactor (11), so that the waste (IN) can be transferred into the coke reactor (11) after the reaction with the molten liquid, 1.1.5. in which the coke reactor (11) has a further heating jacket (12), by means of which the reaction mixture supplied from the material lock (9) can be heated to a temperature of 500 ° C. to 600 ° C. by means of purified process offgases, 1.1.5.1. wherein in the coke reactor (11) a conveying device, preferably in the form of a screw conveyor (10), is present by which the reaction mixture is conveyed from the material lock (9) to the coke preparation (13-16) and during which it is thermally separated in coke and gas, 1.2. coke preparation (13-16) from the coke separator (13), coke cleaning (14) and process water treatment (16), 1.2.1. In this case, the Kokstrenner (13) has a cooling jacket, which is charged with cooling water (KW), wherein a line emanating from the cooling jacket leads the heated water in the coke cleaning (14) and 1.2.2. In addition, the Kokstrenner (13) has a further material lock (15), through which the washed coke (K) can be removed, 1.2.3. a from the coke cleaning (14) outgoing water line leads to the process water treatment (16), in which the process water from the coke cleaning (14) and the gas scrubbing (19 to 23) using the waste heat from the combined heat and power plant (18) in distilled water (dW) and Fertilizer salts (D) are separated, 1.2.4. Finally, a gas line (G) from the Kokstrenner (13) for gas treatment (19 to 22), 1.3. the gas treatment (19 to 24) from the coolers (19 to 21), a distillation (22), an oil separator (23), an oil dryer (24) and the clean gas reservoir (25), 1.3.1. in the coolers (19 to 21) with a cooling temperature of radiator 1 (19) 200 ° C, radiator 2 (20) 120 ° C and finally radiator 3 (21) to 30 ° C, the exhaust gas (G) from the Kokstrenner ( 13) are gradually cooled, whereby crude oil is separated from the gas, 1.3.2. from the coolers (19 to 21) lead crude oil lines in the still (22), in which by means of the exhaust gas of the heating mantle (12) from the coke reactor (11) the crude oil in tar (T) and fuel oil can be separated 1.3.3. a second line leads from the oil separator (23) to wastewater treatment (17), 1.4. Finally, the plant is assigned as energy converter a cogeneration plant (18), which converts the purified exhaust gases and heating oils in electrical energy and process heat.
机译:用于生产天然气,石油和活性焦的含污染物有机废物热处理设备,其中1.1。消化系统由干燥器(2),主反应器(8)和焦炭反应器(11)1.1.1组成。其中干燥器(2)具有进料装置(1),通过该进料装置可以将废物(IN)进料到干燥器(2)和1.1.1.1。干燥器(2)被加热套(3)包围,通过该加热套可以将废料(IN)加热到80°C至120°C的干燥温度1.1.2。其中主反应器(8)通过物料锁(4)连接到干燥机(1),干燥的废物(IN)可通过物料锁传递到主反应器(8)1.1.3。其中主反应器(8)被加热夹套(3)包围,废物(IN)通过加热夹套被加热到350°C至420°C的温度1.1.3.1。其中主反应器(8)包括液体进料(6),通过该液体进料(6)可将由废油(aÖ),焦油(T)和第一骨料混合物(ZA)组成的熔融液体添加到废液(IN)中,1.1 .4。其中另一个物料锁(9)连接主反应器(8)和焦炭反应器(11),以便废物(IN)在与熔融液体1.1反应后可以转移到焦炭反应器(11)中.5。其中焦炭反应器(11)具有另一个加热夹套(12),借助于该加热夹套,可以将通过物料锁(9)供应的反应混合物通过加热至500℃至600℃的温度。 1.1.5.1纯化的工艺废气。其中在焦炭反应器(11)中存在优选为螺旋输送机(10)形式的输送装置,通过该输送装置将反应混合物从物料锁(9)输送至焦炭制备物(13-16),以及在此过程中,将其与焦炭和天然气进行热分离1.2。从焦炭分离器(13)制备焦炭(13-16),进行焦炭清洗(14)和工艺水处理(16)1.2.1。在这种情况下,Kokstrenner(13)带有一个冷却套,里面装有冷却水(KW),其中,从冷却套发出的管线将焦炭清洗(14)和1.2.2中的热水引出。此外,Kokstrenner(13)还具有另一个物料锁(15),通过该物料锁可以取出已清洗的焦炭(K)1.2.3。来自焦炭清洗器(14)的a引出水管线通向工艺水处理(16),其中来自焦炭清洗器(14)和气体洗涤(19至23)的工艺水使用来自合并热量的余热1.2.4将蒸馏水(dW)和肥料盐(D)中的电厂(18)分开。最后,从Kokstrenner(13)进行气体处理的气体管线(G)(19至22)1.3。 1.3.1从冷却器(19至21),蒸馏(22),油分离器(23),油干燥器(24)和清洁气体储存器(25)进行气体处理(19至24)。在冷却器(19至21)中,散热器1(19)的冷却温度为200°C,散热器2(20)的冷却温度为120°C,最后散热器3(21)的温度为30°C, Kokstrenner(13)逐渐冷却,从而从气体1.3.2中分离出原油。来自冷却器(19-21)的油进入蒸馏器(22)中的原油管线,其中焦油反应器(11)中的焦油(T)和可以分离出燃油1.3.3。第二条管线从分油器(23)引至废水处理(17)1.4。最后,该工厂被指定为热电联产工厂(18)作为能源转换器,该热电联产工厂将净化后的废气和燃油中的电能转化为电能和过程热量。

著录项

  • 公开/公告号DE102017108852B4

    专利类型

  • 公开/公告日2019-11-07

    原文格式PDF

  • 申请/专利权人 INNOVATIVE ENVIRONMENTAL TECHNOLOGIE FZE;

    申请/专利号DE201710108852

  • 发明设计人 RADWAN MATRMAWI;

    申请日2017-04-25

  • 分类号C10B53;C10B57/02;C02F11/10;B09B3;C08J11/18;B29B17;B01D53/78;

  • 国家 DE

  • 入库时间 2022-08-21 11:45:31

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