康斯坦察港矿物废料的来源及将其引入循环经济的必要性

Alexandru Florin Mihai, Maria Lazar, C. Bădulescu, Camelia Traistă
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摘要

摘要 康斯坦察港是黑海最大的港口。只有在这里才能停靠通过博斯普鲁斯海峡和达达尼尔海峡的最大船舶。其中,最大吨位的船舶停靠在 COMVEX SA 的 80 - 84 号泊位。港口内还有属于 SOCEP 和 Minmetal 的散货码头。在码头的基本活动--船舶作业、散装货物运输和储存过程中,散装物料会发生损耗,定期收集的散装物料因不再符合货物的原始特性而成为废物。根据 GD 111/2002,这些材料被称为技术损失,是铁矿石、铝矾土、焦炭和煤的混合物。这些废料中的矿物成分被定义为矿物废料,它们来自处理过的材料,质量上乘。这些废料无法运送给客户,因此相应的货物数量代表了运营和储存损失。必须定期清除这些混合物,以保持堆放材料的地表清洁。矿物废料的产生与矿石码头的活动密切相关。清理作业产生的矿物混合物被存放在临时堆放场。这些废料不仅会造成损失,还会对环境造成影响。这些废物的储存需要占用重要的、可用的、邻近的区域,有时还需要占用生产区域。这还会影响运营商的处理能力,因为这需要额外的操作,涉及能源消耗、劳动力消耗、车辆使用等。总之,这种情况会对经营散装物料的公司的经济和社会发展产生负面影响。由于散装货物装卸码头的特殊性,从 1991 年到现在,大量的矿物废料价值约为 650 000 吨:鹿特丹 - EMO 运营商 - 荷兰,敦刻尔克和 Sollac sur Mer - 法国,天津 - 中国。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Origin of Mineral Waste from Constanta Port and the Necessity to Introduce it into the Circular Economy
Abstract Constanta Port is the largest port on the Black Sea. Only here are operated the largest ships that have access through the Bosporus and Dardanelles straits. Of these, the largest tonnage is operated in berths 80 – 84 belonging to COMVEX SA. In the port there are also terminals for operating bulk cargo belonging to SOCEP and Minmetal. During the operation of ships, transport and storage of bulk cargo, basic activities of the terminal, losses of bulk materials occur, which periodically collected are waste because they no longer meet the original characteristics of the goods. According to GD 111/2002, these quantities of materials are called technological losses and are a mixture of iron ore, bauxite, coke and coal. The mineral components of this waste, defined as mineral waste, are from the handled materials, and which are of the highest quality. This quantity cannot be shipped to customers and therefore the respective quantities of goods represent operating and storage losses. Periodically, this mixture must be removed so that the land surfaces on which the stacks of materials are formed remain clean. The production of mineral waste is closely linked to the activity of the Ore Terminal. The mineral mixture from cleaning operations is stored in temporary storage dumps. In addition to the fact that these quantities of goods represent losses, they also represent an impact on the environment. The storage of this waste involves occupying important, available, adjacent areas and sometimes production areas. This also has implications for the operator's handling capacity as it requires additional operations involving energy consumption, labour consumption, vehicle use, etc. In conclusion, this scenario negatively affects the economic and social development of the company operating with bulk materials. Due to the specificity of the bulk cargo handling terminal, between 1991 and until now, significant quantities of mineral waste valued at approx. 650.000 t. Similar wastes are a characteristic of large ports, which transit such bulk goods, such as: Rotterdam – EMO operator – Netherlands, Dunkirk and Sollac sur Mer – France, Tianjin – China.
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