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Material-Efficient Utilization of Waste Oils—Biodegradability and Other Chemical Properties of Vegetable Recycling Oils

机译:废料的材料有效利用-蔬菜回收油的生物降解性和其他化学性质

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Material efficiency is nowadays an essential topic to promote the sustainable use of natural resources, waste materials and industrial by-products, in agreement with the principle of sustainable development and LCA (life cycle assessment). In this research it was determined the biodegradation of used vegetable oil based products and their important physico- chemical properties for their suitability in different applications such as chain oil in the forestry equipment and mold oil in concrete casting etc. Biodegradability is a measure of the ecological nature of products, and thus from an environ- mental point of view, is the most important evaluated property in this research. As a result, all measured properties of the studied recycled vegetable oils show that the products are environmentally friendly. Two types of vegetable oil were studied; three chain oils and two mold oils. The degree of biodegradation (BOD28) of the mold oils, was about 77 % and the biodegradation of chain oils was about 60% - 62%. In addition, this paper also presents a process outline for manu- facturing recycling vegetable oils.
机译:如今,与可持续发展和LCA(生命周期评估)的原则相一致,材料效率已成为促进自然资源,废料和工业副产品可持续利用的重要主题。在这项研究中,确定了用过的植物油基产品的生物降解性及其重要的理化性质,以使其适用于不同应用,例如林业设备中的链条油和混凝土浇铸中的铸模油等。生物降解性是生态学的一种量度产品的性质,因此从环境角度来看,是这项研究中最重要的评估属性。结果,所研究的回收植物油的所有测量性能表明,该产品是环境友好的。研究了两种类型的植物油。三个链条油和两个模具油。模具油的生物降解度(BOD28)约为77%,而链条油的生物降解度约为60%-62%。此外,本文还提出了制造回收植物油的工艺大纲。

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