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Salt tolerance Staphylococcus Supishiisu CH-4 and a processing method of high salt concentration waste

机译:耐盐葡萄球菌CH-4及其高盐浓度废物的处理方法

摘要

salt resistance Staphylococcus Supishiisu CH-4 (following [summary] salt concentrations that include the [challenge] organic matter can purify efficiently process the high salt concentration waste of 3.5% w / v or more, "salt-tolerant C Called H-4 fungi ". Salt-tolerant Bacillus cereus and C) H-6 (or less,. Called "salt-tolerant bacteria CH-6"), as well as to provide a method of processing a high salt concentration waste. To the high salt concentration waste of 3.5% w / v or more, salt concentrations that include the [resolution] means organic matter salt of coagulase-negative with a decomposition treatment capacity of the organic matter and tolerance under aerobic conditions and neutral conditions sex Staphylococcus Supishiisu CH- 4. To the salt concentration is 3.5% w / v or more of the high salt concentration waste, including organic matter, salt tolerance Bacillus cereus CH-6 with the decomposition processing capacity of resistance and the organic matter under neutral conditions and under aerobic conditions . The salt concentration is 3.5% w / v or more of the high salt concentration waste, including organic matter, salt tolerance Staphylococcus Supishiisu of claim 1, wherein the CH-4 and / or of claim 3, wherein the salt-tolerant Bacillus cereus CH -6 was added under neutral conditions, and decomposing the organic matter under aerobic conditions.
机译:耐盐性金黄色葡萄球菌CH-4(以下[摘要]盐浓度包括[挑战]有机物可以有效地净化3.5%w / v或更高的高盐浓度废物,“耐盐C称为H-4真菌耐盐蜡状芽孢杆菌和C)H-6(或更少,称为“耐盐细菌CH-6”),并提供一种处理高盐浓度废物的方法。对于含盐量大于或等于3.5%w / v的高盐废物,包括[分辨率]的盐浓度是指凝固酶阴性的有机物盐,具有有机物的分解处理能力和在有氧条件和中性条件下的耐受性葡萄球菌Supishiisu CH-4。在高盐浓度废物中,盐分浓度为3.5%w / v或更高,包括有机物,耐盐性芽孢杆菌CH-6,具有中性条件下的抗性和有机物的分解处理能力。在有氧条件下。盐浓度为高盐浓度废物的3.5%w / v或更高,包括有机物,权利要求1的CH-4和/或权利要求3的耐盐葡萄球菌,其中权利要求3的蜡状芽孢杆菌CH在中性条件下加入-6,在有氧条件下分解有机物。

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