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SALT RESISTANT STAPHILOCOCCUS SPECIES CH-4 AND TREATMENT OF HIGH SALT CONCENTRATION WASTE LIQUID
SALT RESISTANT STAPHILOCOCCUS SPECIES CH-4 AND TREATMENT OF HIGH SALT CONCENTRATION WASTE LIQUID
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机译:耐盐葡萄球菌CH-4种及高盐浓度废液的处理
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摘要
PROBLEM TO BE SOLVED: To obtain the subject microorganism capable of efficiently treating a liquid which can not be treated with an activated sludge method, since it has a salt resistance and decomposition-treating capability against a high salt concentration waste liquid having a prescribed value or higher salt concentration and containing organic materials. ;SOLUTION: This microorganism has a resistance and decomposing capability against a high salt concentration waste liquid containing organic materials such as an organic acid, a peptide, an amino acid, oils and fats, etc., and having ≥3.5 w/v% salt concentration such as sodium chloride, etc., under a neutral condition and an aerobic condition, and is coagulase negative. Further, the salt resistant Staphylococcus sp CH-4 is deposited as FERM P-17317, and it is preferable to add the salt resistant Staphylococcus sp CH-4 into the high salt concentration waste liquid containing the organic materials and having ≥3.5 w/v% salt concentration under the neutral condition and perform a decomposition treatment of the organic materials under the aerobic condition.;COPYRIGHT: (C)2000,JPO
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机译:解决的问题:由于其对具有规定值或以下的高盐浓度废液具有耐盐性和分解处理能力,因此能够获得能够有效处理不能用活性污泥法处理的液体的主题微生物。较高的盐浓度并包含有机物质。 ;解决方案:这种微生物对高盐浓度的废液具有抵抗力和分解能力,该废液中含有有机酸,肽,氨基酸,油脂等有机物质,且盐分≥3.5 w / v%在中性和有氧条件下,如氯化钠等浓度较高,而凝固酶阴性。此外,将耐盐葡萄球菌sp-4以FERM P-17317的形式沉积,并且优选将耐盐葡萄球菌sp-4添加到含有有机材料并且具有≥3.5w/ v的高盐浓度的废液中。盐浓度在中性条件下的百分含量,并在好氧条件下对有机物进行分解处理。;版权所有:(C)2000,日本特许厅
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