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Apparatus for recycle processing the cultured marble wastes using a fluidization fast pyrolysis technology and the method thereof

机译:利用流化快速热解技术对养殖大理石废料进行循环处理的设备及其方法

摘要

A system for recycling waste artificial marble using a fluidized bed rapid pyrolyzing technology according to the present invention comprises a storage (10) storing pulverized materials (6a) of waste artificial marble; a pyrolyzing and plasticizing device (20) receiving and heating the pulverized materials (6a) of waste artificial marble stored in the storage (10) so as to generate methyl methacrylate and aluminum oxide by pyrolysis and plasticize the aluminum oxide simultaneously; a fluidized bed pyrolyzer (21) installed inside the pyrolyzing and plasticizing device (20) and mixing the pulverized materials (6a) of waste artificial marble with fluidized sand (240) so as to make the mixture flow and be pyrolyzed into methyl methacrylate and aluminum oxide; a solid separating means separating solids (251, 252) from gas discharged from the pyrolyzing and plasticizing device (20); a condensing means cooling gas which passes out through the solid separating means so as to collect liquid methyl methacrylate; and a gas recycling means supplying at least part of the gas which passes out through the condensing means again to at least one of the storage (10) and the pyrolyzing and plasticizing device (20). In the present invention, a reactor for pyrolyzing waste artificial marble and a calcining furnace for plasticizing aluminum oxide are integrated to be a fluidized bed pyrolysis reactor installed in the calcining furnace so that the collection of aluminum oxide is facilitated and energy can be saved. [Reference numerals] (10) (Storage) Silo; (101) Processing valve; (102) Second valve; (103) Third valve; (104) Fourth valve; (105a) 5-1 th valve; (105b) 5-2 th valve; (105c) 5-3 th valve; (105d) 5-4 th valve; (106) Sixth valve; (107) Seventh valve; (108) Eighth valve; (109) Ninth valve; (10a) First driving motor; (10b) Agitator; (10d) Input tube; (11) Nitrogen tank; (110) Tenth valve; (111) Eleventh valve; (112) Twelfth valve; (113) Thirteenth valve; (12) First screw feeder; (121) First gas supply line; (122) Second gas supply line; (123) Third gas supply line; (123a) 3-1 th gas supply line; (124) Fourth gas supply line; (125) Fifth gas supply line; (12a) First screw driving motor; (13) Second screw feeder; (131) First gas transfer line; (132) Second gas transfer line; (133) Third gas transfer line; (134) Fourth gas transfer line; (135) Fifth gas transfer line; (137) Gas return line; (13a) Second screw driving motor; (20) Pyrolyzing and plasticizing device; (200) Calcining furnace; (201) Electric heater; (201a) Electric wire; (202) High-power generating device; (203) Screw conveyor; (203a) Second driving motor; (204) Hopper; (205) Oxygen supplier; (206) Preheater; (21) Internal; (30) Pyrolysis reactor; (31) First solid storage; (36) Sixth gas transfer line; (40) Hot filter; (41) Second solid storage; (51) Condenser; (51a) Water jacket; (51b,FF,GG,HH,II) Water; (52b) 2-2 th condensing means; (53) Cooling water supplying device (Color); (60) Electric precipitator; (70) Gas meter; (72) Burner; (80) Compressor; (91) First gas pressure adjuster; (92) Second gas pressure adjuster; (93) Third gas pressure adjuster; (94) Fourth gas pressure adjuster; (AA) Waste artificial marble; (BB,CC,EE) Gas; (DD) Solid; (JJ) Gas sample
机译:根据本发明的利用流化床快速热解技术回收废人造大理石的系统包括:储存器(10),其存储废人造大理石的粉碎材料(6a);以及储存器。热解增塑装置(20)接收并加热储存在储存器(10)中的废人造大理石的粉碎材料(6a),以通过热解产生甲基丙烯酸甲酯和氧化铝,同时使氧化铝增塑;安装在热解塑化装置(20)内部的流化床热解器(21),将废人造大理石的粉碎物(6a)与流化砂(240)混合,使混合物流动并热解成甲基丙烯酸甲酯和铝氧化物固体分离装置将固体(251、252)与从热解增塑装置(20)排出的气体分离。冷凝装置冷却气体通过固体分离装置,以收集液体甲基丙烯酸甲酯。气体再循环装置将通过冷凝装置流出的至少一部分气体再次提供给储存器(10)和热解增塑装置(20)中的至少一个。在本发明中,将用于热解人造大理石的反应器和用于将氧化铝增塑的煅烧炉整合为安装在煅烧炉中的流化床热解反应器,从而促进了氧化铝的收集并节省了能量。 [附图标记](10)(存储)筒仓; (101)处理阀; (102)第二阀; (103)第三阀; (104)第四阀; (105a)5-1号阀; (105b)第5-2个阀; (105c)5-3号阀; (105d)5-4号阀; (106)第六阀; (107)第七阀; (108)第八阀; (109)第九阀; (10a)第一驱动马达; (10b)搅拌器; (10d)输入管; (11)氮气罐; (110)第十个阀门; (111)第十一阀; (112)第十二个阀; (113)第十三阀; (12)第一螺杆给料器; (121)第一气体供应管线; (122)第二气体供应管线; (123)第三供气管线; (123a)3-1号供气管线; (124)第四供气管线; (125)第五气体供应管线; (12a)第一螺杆驱动马达; (13)第二螺杆给料器; (131)第一输气管线; (132)第二气体输送管线; (133)第三输气管线; (134)第四输气管线; (135)第五输气管线; (137)回气管线; (13a)第二螺杆驱动马达; (20)热解塑化装置; (200)煅烧炉; (201)电加热器; (201a)电线; (202)大功率发电装置; (203)螺旋输送机; (203a)第二驱动马达; (204)料斗; (205)氧气供应商; (206)预热器; (21)内部; (30)热解反应器; (31)首次固体储存; (36)第六输气管线; (40)热过滤器; (41)第二固体存储; (51)冷凝器; (51a)水套; (51b,FF,GG,HH,II)水; (52b)第2-2个冷凝装置; (53)冷却水供应装置(彩色); (60)电除尘器; (70)煤气表; (72)燃烧器; (80)压缩机; (91)第一气压调节器; (92)第二气压调节器; (93)第三气压调节器; (94)第四气压调节器; (AA)人造大理石废料; (BB,CC,EE)气体; (DD)坚固; (JJ)气体样本

著录项

  • 公开/公告号KR101424678B1

    专利类型

  • 公开/公告日2014-08-04

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR20120112104

  • 发明设计人 강보성;김재균;

    申请日2012-10-09

  • 分类号C08J11/12;B09B3;B29B17;

  • 国家 KR

  • 入库时间 2022-08-21 15:40:22

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