Gaudry Karl-Heinz, Charro Daniel, Shaban Abdul
Instituto de Investigacion Geológico y Energético (IIGE), Av. De la República E7-263 y Diego de Almagro, Edificio Sky, Quito, Ecuador.
Centre International de Formation Européenne (CIFE), 81 rue de France, F-060000 Nice, France.
Data Brief. 2020 Jul 13;31:106019. doi: 10.1016/j.dib.2020.106019. eCollection 2020 Aug.
Based on 74 ore-processing plants and their energy meter's coordinates in Zaruma-Portovelo, we determined the energy consumption profiles for each ore-processing plant following the methodologies of Gonçalves (2016) and Cabezas (2016). In doing so, the total energy consumption in comminution processes was calculated. Data show a rising trend in energy consumption in ore processing in Zaruma-Portovelo. The data can be of immense use in designing sectoral reforms for transparency in the mining sector and developing cross-sectoral coordination between ARCOM and ARCONEL. The data can also help the state agencies in assessing the quantity of ore processed and preventing the leakage of revenue from the extractive sectors (Gaudry et al., 2020). Finally, the scientific community may benefit from this data, particularly those working on energy consumption, efficiency, and its forecasts in extractive sectors (Gaudry et al., 2020).
基于萨鲁马-波托韦洛地区74家选矿厂及其电表的坐标,我们按照贡萨尔维斯(2016年)和卡贝萨斯(2016年)的方法确定了每个选矿厂的能源消耗情况。在此过程中,计算了粉碎过程中的总能源消耗。数据显示,萨鲁马-波托韦洛地区选矿过程中的能源消耗呈上升趋势。这些数据在设计矿业部门透明度的部门改革以及发展ARCOM和ARCONEL之间的跨部门协调方面具有巨大用途。这些数据还可以帮助国家机构评估选矿量,并防止采掘部门的收入流失(高德里等人,2020年)。最后,科学界可能会从这些数据中受益,特别是那些从事采掘部门能源消耗、效率及其预测研究的人员(高德里等人,2020年)。