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BIOLOGICAL ISOLATES FOR DEGRADING NITROAROMATICS AND NITRAMINES IN WATER AND SOILS

机译:用于降解水和土壤中硝态氮和硝酸盐的生物分离物

摘要

Three individual strains of anaerobic microorganisms are disclosed. Each has an ability to degrade nitroaromatic and nitramine compounds under anaerobic conditions. The strains, identified as LJP-1, SBF-1, and KMR-1, appear to be of Clostridium bifermentans. The strains were isolated from consortia of anaerobic microorganisms grown in a chemostat in which the 'munitions' compounds TNT (as a representative nitroaromatic) and 'RDX' and 'HMX' (as representative nitramines) were administered as sole sources of carbon for the microorganisms. The isolated strains, either individually or as mixtures thereof, can be used in methods for degrading, under anaerobic conditions (i.e., redox potential ≤ -200 mV), a contaminant nitroaromatic and/or nitramine compound in water or soil (as an aqueous slurry, i.e., 'fluid medium'). The strains will degrade nitroaromatics and nitramines in such fluid media either alone or with other microorganisms present in the fluid medium.
机译:公开了三种单独的厌氧微生物菌株。每种都具有在厌氧条件下降解硝基芳族和硝胺化合物的能力。鉴定为LJP-1,SBF-1和KMR-1的菌株似乎是双发酵梭菌。这些菌株是从在恒化器中生长的厌氧微生物菌群中分离出来的,其中“弹药”化合物TNT(作为代表硝基芳香族化合物)和“ RDX”和“ HMX”(作为代表硝胺)被用作微生物的唯一碳源。分离的菌株,无论是单独还是以其混合物的形式,都可以用于在厌氧条件下(即氧化还原电势≤-200 mV)降解水或土壤中的硝基硝基芳香化合物和/或硝胺化合物(作为水浆)的方法。 ,即“流体介质”)。菌株将单独或与存在于流体介质中的其他微生物一起在这种流体介质中降解硝基芳族化合物和硝胺。

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