Mineral raw materials of Serbia on the list of critical minerals of the European Commission (CRM EU-2020) during the Covid-19 pandemic and harmonized in the UNFC-2009 system and the PERC standard

Tehnika Pub Date : 2023-01-01 DOI:10.5937/tehnika2303295v
R. Vukas
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引用次数: 0

Abstract

The existence of mineralization, mining and deposits of non-ferrous and precious and other metals (Pb-Zn, Ag; Cu, Au, as well as B-Li, Mg, Sb, etc.) in the territory of Serbia is conditioned by the structural-geological-metallogenetic structure and processes formation of deposits of mineral raw materials in a certain period of geohistorical development. Mining activity in the territory of Serbia, i.e. extraction of non-ferrous and precious metal ores, goes back thousands of years, which resulted in the "production" of significant accumulations of mining and industrial waste. These facts indicate the existence of a significant mineral potential of Serbia, and the possibility of recovering metals through technological processes of waste material recycling. Mineral deposits are the primary sources, and accumulated mining and industrial waste are secondary sources of providing mineral resources such as Cu, Pb-Zn, Co, Ni, Al, Li, W, Bi, In, Te, Ga, Ge, REE and others, many of which are on the list of CRM EU-2020 or 2023. Critical minerals as a professional-formal term is not defined in Serbia, and in due to the specific way and extent of occurrence in nature, exhaustibility and non-renewable reserves, as well as the provision of certain countries or regions with solid mineral resources in certain socio-economic conditions (world crises, wars, embargoes, pandemics, etc.) become deficient, i.e. missing (on the market), i.e. in terms of supply chain. During the Covid 19 pandemic, publicly available data on critical raw materials in Serbia were analyzed, when it was assessed that e.g. for the supply chain of the health sector, only ten of them are available (Sb, Ba, B, Ge, In, Mg, F, ...). The solid mineral raw materials of Serbia classified into categories and classes of geological reserves (classes of mineral resources and reserves) can, for certain reporting purposes, be harmonized with the Mineral Resources/Reserves from international standards (PERC, JORC, Ni-43 101 and codes of UNFC).
在2019冠状病毒病大流行期间,塞尔维亚的矿物原材料被列入欧盟委员会(CRM EU-2020)的关键矿物清单,并在联合国气候变化框架公约-2009体系和PERC标准中进行了协调
有色金属、贵金属和其他金属(铅锌、银)的矿化、开采和矿床的存在;塞尔维亚境内的Cu、Au以及B-Li、Mg、Sb等)是受一定地质历史发展时期的构造-地质-成矿构造和矿物原料矿床形成过程的制约。塞尔维亚境内的采矿活动,即有色金属和贵金属矿石的开采,可追溯到几千年前,这导致了大量采矿和工业废料的“生产”。这些事实表明,塞尔维亚存在着巨大的矿物潜力,并有可能通过废料回收的技术过程回收金属。矿床是主要来源,积累的采矿和工业废弃物是次要来源,可提供Cu、Pb-Zn、Co、Ni、Al、Li、W、Bi、In、Te、Ga、Ge、REE等矿产资源,其中许多已列入CRM EU-2020或2023清单。关键矿物作为一个专业正式术语在塞尔维亚没有定义,由于在自然界中存在的具体方式和程度、可耗尽性和不可再生储量,以及某些国家或地区在某些社会经济条件下(世界危机、战争、禁运、流行病等)提供的固体矿物资源变得不足,即(在市场上)缺失,即在供应链方面。在2019冠状病毒病大流行期间,对塞尔维亚关键原材料的公开可用数据进行了分析,评估结果显示,例如对于卫生部门的供应链,只有10种原材料可用(Sb、Ba、B、Ge、in、Mg、F等)。塞尔维亚按地质储量分类的固体矿物原料(矿物资源和储量类别),为了某些报告目的,可以与国际标准(PERC、JORC、Ni-43 101和UNFC代码)中的矿物资源/储量相协调。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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