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Study on the Decoloration Technology of Waste Edible Oil with Activated Clay

机译:活性黏土废食用油脱色工艺研究

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摘要

Given more efficient utilization of waste, the social impact of waste recycling is far-reaching in saving resources and reducing environmental pollution, therefore promoting society development. The sources of waste edible oil are very complicated. The color of waste oil after simple recycling and refining is still dark and with strong smell. The amount of a variety of impurities is relatively huge. The pigment in waste oil affects its stability, industrial use and further processing. In order to meet the requirements of comprehensive utilization of waste oil, pre-decoloration is absolutely necessary. Activate clay has been reported to have decoloration effect on waste edible oil and this paper discussed the factors which influenced the decoloration rate. The optimum conditions of decoloration were established in this research: concentration of activated clay was 5%; initial temperature of decoloration was 60 ℃ ; final temperature of decoloration was 120℃ and time of decoloration was 25min. This result of research could provide appropriate material for the utilization of waste edible oil in production of detergent by saponification, save the natural resources and economy cost. At the same time, the 'waste' became 'available resources'.
机译:鉴于废物的更有效利用,废物回收的社会影响在节约资源和减少环境污染方面具有深远的意义,因此促进了社会发展。食用废油的来源非常复杂。经过简单的回收和精炼后,废油的颜色仍然很深,并且气味浓烈。各种杂质的量相对较大。废油中的颜料会影响其稳定性,工业用途和进一步加工。为了满足废油综合利用的要求,绝对脱色是绝对必要的。据报道,活性粘土对食用废油具有脱色作用,本文讨论了影响脱色率的因素。本研究确定了最佳的脱色条件:活性白土的浓度为5%。初始脱色温度为60℃;最终脱色温度为120℃,脱色时间为25min。研究结果可为皂化洗涤剂生产废食用油提供合适的材料,节省自然资源和经济成本。同时,“浪费”变成了“可用资源”。

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