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    • 2. 发明申请
    • Recycle of Electrical Equipment
    • 电气设备回收
    • US20090162254A1
    • 2009-06-25
    • US12389501
    • 2009-02-20
    • Kohei SATOTomohiro Kaizu
    • Kohei SATOTomohiro Kaizu
    • B01J19/00
    • C08J11/08C08J2363/00Y02W30/701
    • The present invention addresses a problem with conventional techniques for recycling electrical equipment that have a hardened epoxy resin and electroconductive material where a catalyst is degraded to an extent that it can no longer be reused when water is present in a dissolving system. Moisture, when present in the dissolving system for treating electrical equipment including electroconductive material of aluminum, may react with aluminum to produce an aluminate compound which is transformed into aluminum oxide (alumina) under heating, which, in turn, may cause abnormal temperature rise to melt aluminum. This may be accompanied by formation of hydrogen which can cause danger of explosion. The present invention manages moisture content in a dissolving system by drying an object to be treated with a catalyst and a solvent prior to the dissolving treatment.
    • 本发明解决了用于回收具有硬化的环氧树脂和导电材料的电气设备的常规技术的问题,其中催化剂被降解到在溶解系统中存在水时不能再使用的程度。 当存在于用于处理包括铝的导电材料的电气设备的溶解系统中时,水分可能与铝反应以产生在加热下转化为氧化铝(氧化铝)的铝酸盐化合物,这反过来可能引起异常升温 熔融铝。 这可能伴随着形成可能引起爆炸危险的氢气。 本发明通过在溶解处理之前用催化剂和溶剂干燥待处理物体来管理溶解系统中的水分含量。
    • 3. 发明授权
    • Recycle of electrical equipment
    • 回收电器设备
    • US07807117B2
    • 2010-10-05
    • US12389501
    • 2009-02-20
    • Kohei SatoTomohiro Kaizu
    • Kohei SatoTomohiro Kaizu
    • B01J8/02
    • C08J11/08C08J2363/00Y02W30/701
    • The present invention addresses a problem with conventional techniques for recycling electrical equipment that have a hardened epoxy resin and electroconductive material where a catalyst is degraded to an extent that it can no longer be reused when water is present in a dissolving system. Moisture, when present in the dissolving system for treating electrical equipment including electroconductive material of aluminum, may react with aluminum to produce an aluminate compound which is transformed into aluminum oxide (alumina) under heating, which, in turn, may cause abnormal temperature rise to melt aluminum. This may be accompanied by formation of hydrogen which can cause danger of explosion. The present invention manages moisture content in a dissolving system by drying an object to be treated with a catalyst and a solvent prior to the dissolving treatment.
    • 本发明解决了用于回收具有硬化的环氧树脂和导电材料的电气设备的常规技术的问题,其中催化剂被降解到在溶解系统中存在水时不能再使用的程度。 当存在于用于处理包括铝的导电材料的电气设备的溶解系统中时,水分可能与铝反应以产生在加热下转化为氧化铝(氧化铝)的铝酸盐化合物,这反过来可能引起异常升温 熔融铝。 这可能伴随着形成可能引起爆炸危险的氢气。 本发明通过在溶解处理之前用催化剂和溶剂干燥待处理物体来管理溶解系统中的水分含量。
    • 4. 发明授权
    • Recycle of electrical equipment
    • 回收电器设备
    • US07732503B2
    • 2010-06-08
    • US12072583
    • 2008-02-26
    • Kohei SatoTomohiro Kaizu
    • Kohei SatoTomohiro Kaizu
    • C08J11/04
    • C08J11/08C08J2363/00Y02W30/701
    • The conventional techniques for recycling an electrical equipment including a hardened epoxy resin and electroconductive material has involved conventional problems that a catalyst is degraded to an extent that it can be no longer reused when a water is contained in a dissolving system. Moreover, moisture, when present in the dissolving system for treating an electrical equipment including an electroconductive material of aluminum, may react with aluminum to produce an aluminate compound which is transformed into aluminum oxide (alumina) under heating, which, in turn, may cause abnormal temperature rise to melt aluminum. This may be accompanied by formation of hydrogen which can cause danger of explosion. The present invention manages moisture content in the dissolving system by drying an object to be treated, a catalyst and a solvent prior to the dissolving treatment.
    • 用于回收包括硬化环氧树脂和导电材料的电气设备的常规技术涉及常规问题,即当溶解系统中含有水时,催化剂降解至不再重复使用的程度。 此外,当存在于用于处理包括铝的导电材料的电气设备的溶解系统中时,水分可以与铝反应以产生在加热下转化为氧化铝(氧化铝)的铝酸盐化合物,这反过来可能导致 异常升温熔融铝。 这可能伴随着形成可能引起爆炸危险的氢气。 本发明通过在溶解处理之前干燥待处理物体,催化剂和溶剂来控制溶解系统中的水分含量。
    • 5. 发明申请
    • Recycle of electrical equipment
    • 回收电器设备
    • US20090018223A1
    • 2009-01-15
    • US12072583
    • 2008-02-26
    • Kohei SatoTomohiro Kaizu
    • Kohei SatoTomohiro Kaizu
    • C08J11/04B01J19/00
    • C08J11/08C08J2363/00Y02W30/701
    • The conventional techniques for recycling an electrical equipment including a hardened epoxy resin and electroconductive material has involved conventional problems that a catalyst is degraded to an extent that it can be no longer reused when a water is contained in a dissolving system.Moreover, moisture, when present in the dissolving system for treating an electrical equipment including an electroconductive material of aluminum, may react with aluminum to produce an aluminate compound which is transformed into aluminum oxide (alumina) under heating, which, in turn, may cause abnormal temperature rise to melt aluminum. This may be accompanied by formation of hydrogen which can cause danger of explosion.The present invention manages moisture content in the dissolving system by drying an object to be treated, a catalyst and a solvent prior to the dissolving treatment.
    • 用于回收包括硬化环氧树脂和导电材料的电气设备的常规技术涉及常规问题,即当溶解系统中含有水时,催化剂降解至不再重复使用的程度。 此外,当存在于用于处理包括铝的导电材料的电气设备的溶解系统中时,水分可以与铝反应以产生在加热下转化为氧化铝(氧化铝)的铝酸盐化合物,这反过来可能导致 异常升温熔融铝。 这可能伴随着形成可能引起爆炸危险的氢气。 本发明通过在溶解处理之前干燥待处理物体,催化剂和溶剂来控制溶解系统中的水分含量。