通过加强采矿社区的能力,手工和小规模采矿对可持续领土发展的贡献

Gustavo Aristizabal-H, Oscar J. Restrepo-B, J. A. Delgado-J
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引用次数: 1

摘要

在哥伦比亚-南美洲的安蒂奥基亚地区,大多数采掘活动都是手工和小规模的,开采不同类型的矿物资源,但主要是黄金。这不仅是该地区数百户人家祖传的生计,也是他们独特的生存方式。然而,这种情况并没有对该领土的可持续发展产生积极影响,因为有几个不可持续的因素,这些因素主要与采金时使用汞、尾矿管理不当和采矿者进行活动的非正规方式有关。2010年,安蒂奥基亚是世界上汞污染最严重的地方,对该地区的生态系统和居民的健康产生了严重影响(Veiga 2010)。本文提出了一个社会技术模型,重点是加强安蒂奥基亚地区手工和小规模矿工及其周边社区的能力和社会资本。这是基于评价、设计和实施适当技术的过程,以便在不使用汞的情况下获得“清洁矿物”,并对尾矿进行正确管理。在黄金提取中,它是关于重力浓缩的方法,它利用了这种元素的高密度。这些方法不仅更清洁,对矿工来说也更有利可图。尽管其技术来源,目前的模式提出了一个整体框架,不仅作为技术转让事项管理消除采矿中的汞。因此,加强进程不仅仅是要使采矿者有一种商业眼光,并在周围社区发展生产链,这意味着要提高手工和小规模采矿者的技能,以合作的方式组织起来,并帮助周围社区向采矿业甚至其他公司提供支助和服务。此外,与地方机构的衔接推动了其控制和陪伴功能的强化。简而言之,这项工作旨在增强地方机构、矿工和周边社区的权能,使他们能够以可持续的方式共同面对自身的发展挑战。
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Contribution of Artisanal and Small-Scale Mining to Sustainable Territorial Development through Strengthening Capabilities of Mining Communities
In Antioquia region of Colombia – South America most of extractive activity is developed as artisanal and small-scale level, exploiting different types of minerals resources but predominantly gold. This is not only an ancestral livelihood of hundreds of families in this region, but also their unique way of subsistence. However, that situation has not had a positive effect in the sustainable development of this territory because of several unsustainability factors mainly related to mercury use for gold extraction, the incorrect management of tailings and the informal way in which miners perform their activity. In 2010 Antioquia was the place with the highest contamination by mercury in the world with serious effects in ecosystems and health of habitants of this region (Veiga 2010) This paper presents a Socio-Technical Model focused on strengthening capabilities and social capital of artisanal and small-scale miners and its surrounding communities in Antioquia region. This is based on processes of evaluation, design and implementation of appropriate technologies to obtain “clean minerals” without using mercury and with a right management of tailings. In gold extraction it is about gravitational methods of concentration, which take advantage of high density of this element. These methods not only are cleaner but more profitable for miners. Notwithstanding its technical origins, the current model proposes a holistic framework that manages the elimination of mercury in mining not only as a technology transfer matter. Thus, more than formalization the strengthening process seeks to promote a business vision in miners and to develop productive chains in surrounding communities, this means to improve the skills of artisanal and small-scale miners to organize in a corporative way and to help surrounding communities to provide support and supply services to mining and even to other companies. Besides, the articulation with local institutions drives to reinforce their functions of control and accompaniment. In shorthand, this effort aims to empower local institutions, miners and surrounding communities in such a way they are able to face together their own development challenges in a sustainable way.
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