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    • 1. 发明申请
    • METHOD AND EQUIPMENT FOR PROCESSING ELECTRONIC WASTES
    • 用于处理电子废物的方法和设备
    • WO2012168744A3
    • 2013-04-25
    • PCT/HU2012000006
    • 2012-01-19
    • EWR HUNGARY KFTSZALAY CSABAKOCSIS LASZLOPARTI JUDITSZLAVIK ALAJOSHARTAINE FABRY MARIASZINAY ZOLTAN
    • SZALAY CSABAKOCSIS LASZLOPARTI JUDITSZLAVIK ALAJOSHARTAINE FABRY MARIASZINAY ZOLTAN
    • B09B3/00B03B1/00B03B9/06
    • B09B3/00C22B7/001H05K3/22H05K2203/178Y02P10/214Y02P10/22Y02P10/224Y02P10/236Y02P70/613Y02W30/822
    • The invention relates to a method for processing electronic wastes, characterized that: . a/ grist is prepared from electronic wastes containing metals too, and the grist is heated in a reactor, preferable at 455-465 °C temperature, the vapours of the soldering metals exiting over 200 °C are lead away, precipitated with cooling, the soldering metals are recovered, the gas generated in the reactor is lead into an alkaline quencher, where it is purified, the coal portion of the heating residue remaining on the bottom of the reactor is lead away, and the polymer heating residue is treated with acidic solution, or . b/ the metals are removed from the surface of the surface of the electronic waste to be processed with rubbing-grinding, separation of the copper, nickel and noble metals is carried out with a known method, electrically, this way dischargeable melt is obtained, at higher temperature the lead-containing soldering metals are recovered as secondary melt, the metals are separated, and the light fraction is crushed, the resin is heated in a low temperature reactor, in order to recover the resin, the vapours generated are lead away, cooled, the solidified resin is recovered, the bottom product of the reactor is treated with nitric acid, and the solid residue is separated. . The equipment of the invention is characterized that inside its feeding screw (14) there is a plate lock (13), the central unit of the reactor is the bearing box of the driving engine (15), containing double stuffing box (26, 27, 28 and 29), and the lower part of its stirring mechanics is an anchor stirrer, has dredging shovels (5), on the conoidal frustum shaped bottom of the reactor there is a removal hole, closed by a cone lock (6), and the removal hole continues in a vertical neck (10).
    • 本发明涉及一种处理电子废物的方法,其特征在于: 由含有金属的电子废物制备砂浆,并将粗粉在反应器中加热,优选在455-465℃的温度下,离开200℃的焊接金属的蒸汽导出,冷却沉淀, 回收焊接金属,将反应器中产生的气体引入碱性猝灭剂,在其中进行纯化,剩余在反应器底部的加热残渣的煤部分被排出,聚合物加热残余物用酸性 解决方案,或。 b /金属从摩擦研磨的待处理电子废物表面的表面除去,铜,镍和贵金属的分离是用已知的方法进行的,这样可得到可排出的熔体, 在较高温度下,含铅焊接金属作为二次熔体回收,金属分离,轻馏分被粉碎,树脂在低温反应器中加热,以回收树脂,所产生的蒸气导致 ,冷却,回收固化的树脂,用硝酸处理反应器的底部产物,分离固体残余物。 。 本发明的设备的特征在于,在其进给螺杆(14)内部有一个板锁(13),反应器的中心单元是驱动发动机(15)的轴承箱,包含双重填料函(26,27 ,28和29),其搅拌机构的下部是锚式搅拌器,在反应器的锥形截头锥形底部有疏浚铲(5),有一个由锥形锁(6)封闭的拆卸孔, 并且所述移除孔在垂直的颈部(10)中继续。