Production of surface active compounds from methane.

M Suresh Kumar, N Shivaraman, A S Bal
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Abstract

Methane utilizing bacterial strain was isolated and found to produce a surface active compound while growing on methane. The maximum production of the surface active compound depended on pressure of methane and air in the reactor. The crude surface active compound was extracted from the cell free broth and its surface active and emulsification properties were studied. The purified surface active compound had a critical micelle concentration of 150 mg/l at pH 7.0. On the basis of surface tension reduction, emulsification property and IR-spectrophotometric results this surface active compound was characterized as a glycolipid.

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从甲烷中产生表面活性化合物。
对利用甲烷的菌株进行了分离,发现该菌株在甲烷上生长时会产生一种表面活性化合物。表面活性化合物的最大产量取决于反应器中甲烷和空气的压力。从细胞游离液中提取粗表面活性化合物,研究其表面活性和乳化性能。纯化后的表面活性化合物在pH 7.0时胶束临界浓度为150 mg/l。根据表面张力还原、乳化性能和红外分光光度测定结果,表征该表面活性化合物为糖脂类。
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