首页> 外国专利> The process of bioremediation of solid materials contaminated with chlorinated organic compounds using fungi basidiomicetos ligninoceluloìticos

The process of bioremediation of solid materials contaminated with chlorinated organic compounds using fungi basidiomicetos ligninoceluloìticos

机译:使用真菌basidiomicetoss ligninocelulo u00ecticos对被氯代有机化合物污染的固体材料进行生物修复的过程

摘要

Contaminated with chlorinated organic compounds, DS.The present invention d is a process of bioremediation of solid materials contaminated with chlorinated organic compounds.Using basidiomicetos lignocellulolytic fungi characterized by comprise the following steps: a.The production of inocula presenting one or more species of fungi lignocellulolytic basidiomicetos; B.Inoculation in a ratio of about 2 to 40% by dry weight, in a solid material contaminated with organochlorine compounds.Plus approximately 0 to 10% of one or more lignocellulosic substrates 7 and about 0 10% of one or more binders; C.Incubation of inoculated material under conditions of adequate aeration and moisture varying between 40 and 80% of the maximum capacity of water retention in the system.For the degradation of the compounds contamintes to less toxic products. D. optionally other Aditi of characteristic of the solid material to be treated, for example, pH adjusters, etc.Under these conditions the process of fungi are capable of producing an enzyme system responsible for degradation of xenobiotic compounds.The organochlorine contaminants are transformed into less toxic products.
机译:被氯代有机化合物污染的DS。本发明是对被氯代有机化合物污染的固体材料进行生物修复的方法。使用担子菌木质纤维素分解真菌的特征在于包括以下步骤:真菌木质纤维素分解的basidiomicetos; B.在被有机氯化合物污染的固体材料中以按干重计约2%至40%的比例接种。再加上约0-10%的一种或多种木质纤维素底物7和约0-10%的一种或多种粘合剂; C.在充分通风和湿度条件下孵育接种物,水分在系统最大保水量的40%至80%之间变化,因为化合物的降解污染了毒性较小的产品。 D.可选的其他待处理固体材料的特性,例如pH调节剂等。在这些条件下,真菌的过程能够产生酶系统,该酶系统负责降解异种生物化合物。有机氯污染物被转化为毒性较小的产品。

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