首页> 外文期刊>Journal of Environmental Science and Health. A, Toxic/Hazardous Substances & Environmental Engineering >Microbially Treated Peat-Cellulose Fabric as a Biodegradable Oil-Collection Cloth
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Microbially Treated Peat-Cellulose Fabric as a Biodegradable Oil-Collection Cloth

机译:经微生物处理的泥煤纤维素织物作为可生物降解的集油布

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The aim of this work was to study the use of a fully biodegradable peat-cellulose fabric as a first aid in collecting and removing spilled oil. The fabric itself was made from entirely biodegradable natural components. Another aspect investigated was whether drying microbial suspension—specifically enriched for the degradation of oil hydrocarbons while maintaining a high survival rate and rapid initial growth—to the fabric would improve the degradation of absorbed oil along with the fabric. The results show that the oil absorption capacity of the biodegradable fabric was comparable to commercial products, and that the oil absorbed to the fabric degraded readily when incubated at various conditions. The microbial inoculum enhanced the degradation rate to some degree in sand, but in garden soil no significant difference existed. It was concluded that an oily fabric can be disposed of by biodegradation, e.g., by composting, but that a microbial inoculum is not essential for this purpose.
机译:这项工作的目的是研究使用一种可完全生物降解的泥煤纤维素织物作为收集和清除溢油的急救手段。织物本身由完全可生物降解的天然成分制成。研究的另一个方面是干燥微生物悬浮液(专门用于降解油烃,同时保持较高的存活率和快速的初始生长)是否能改善织物对吸收油的降解。结果表明,该可生物降解的织物的吸油能力与市售产品相当,并且当在各种条件下孵育时,吸收到该织物的油容易降解。微生物接种物在一定程度上提高了沙子中的降解速率,但在花园土壤中没有显着差异。结论是,可以通过生物降解例如堆肥处理油性织物,但是微生物接种物对于该目的不是必需的。

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