回收利用节省能源

M. Pavlovic
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引用次数: 0

摘要

玻璃容器是100%可回收的,可以反复回收。南斯拉夫收集和使用废旧玻璃容器的工作仍处于初级阶段。本文是基于一项长期进行的研究实验,对每个居民使用过的玻璃容器的数量进行了识别。废玻璃的城市收集系统内的能耗数据,将其运输到专门的工厂进行粉碎和成批制备,下一阶段是将材料运输到玻璃容器工厂。能源研究包括新制造的玻璃容器在生产过程中单位重量的能源消耗分析。在制造过程中,与天然(主要)原材料的参与相比,使用了不同比例的废玻璃-表明整个范围:从0到100%。
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Energy savings by recycling
Glass containers are 100% recyclable, and can be repeatedly recycled. Collection and use of used glass containers in Yugoslavia are still in the initial phase. The present paper is an identification of quantities of usedglass containers per inhabitant, based on a research experiment performed over a long period. The energy consumption data within the system of municipal collection of waste glass, its transportation to the special plant for crushing and preparing into batches, next phase is the transportation of the materials to the very glass container factory. The energy research includes the analysis of energy consumption in the production process per unit weight of the newly manufactured glass containers. Within the manufacturing process various percentages of participation of waste glass are applied, as compared to participation of natural (primary) raw materials - indicating the whole range: from 0 to 100 per cent.
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