实用的低成本维持矿井压缩空气节约的方法

G. E. Mathews, J. Taljaard, J. V. van Laar, J. Vosloo, E. Mathews
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引用次数: 1

摘要

确保采矿业持续增长的努力对其生存以及依赖采矿业的社区至关重要。因此,南非的矿业公司需要集中精力降低业务成本,以便保持竞争力。矿山可以通过优化压缩空气生产和抑制供过于求来降低运营成本。然而,复杂和昂贵的解决方案是不切实际的,需要一个简单的,低成本的解决方案来匹配压缩空气供应与所需的需求是显而易见的。随后发展出一种简单而廉价的逐步方法。该方法侧重于确定节省成本的举措,以减少压缩空气网络的低效率。对这些低效率进行了评估,并制定了合适的解决方案策略。该方法在A矿的压缩空气网络上实施,并证明对该矿的生产没有负面影响,而每年节省能源成本1,100万卢比是可行的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Practical low-cost method to sustain mine compressed air savings
Efforts to ensure a sustained growth path for the mining industry are vital for its survival, as well as the communities that depend on it. Mining companies in South Africa thus need to focus on reducing their operational costs in order to remain competitive. Mines can reduce their operational costs by optimising compressed air production and curbing oversupply. However, complex and expensive solutions are impractical, and the need for a simple, lowcost solution to match compressed air supply with the required demand is evident. A simplistic and inexpensive step-by-step methodology was subsequently developed. The methodology focused on identifying cost-saving initiatives to reduce compressed air network inefficiencies. These inefficiencies were evaluated, and a suitable solution strategy was developed. The methodology was implemented on the compressed air network of Mine A and proved to have no negative effects on the production of the mine, while annual energy cost savings of R1,1-million were shown to be viable.
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