首页> 外文会议>Proceedings of the 30th Annual Conference on Explosives and Blasting Technique >Electronic Detonator and Initiation Systems - Implications of the Dominant Design for Widespread Acceptance and Sales of this 'New' Technology
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Electronic Detonator and Initiation Systems - Implications of the Dominant Design for Widespread Acceptance and Sales of this 'New' Technology

机译:电子雷管和起爆系统-主导设计对这项“新”技术的广泛接受和销售的影响

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Electronic detonators have been commercially available to the mining industry worldwide for over ten years. It is estimated that total cumulative global sales will have reached 25 million units by the time of the Conference in February 2004. This is below 0.2% of all detonator types sold during this period. Perhaps 20 million will have been used underground in South African gold, diamond and platinum mines. These will have been produced by South African companies, in South Africa for South African customers. Here efforts have met with greater success and in 2003 fully 5 million, or 3% of local detonators sold, could be of an electronic type. However, it is estimated that about US$7.00 (R50.00) has been expended on R & D, manufacturing facilities and marketing, for each unit so far sold. Large sums of money continue to be spent. Despite the apparent success in South Africa, is it justified? Electronic initiation systems have not produced significant technical benefits to the end-user underground nor corporate profits to the supplier. Some doubt they ever will (even from the large surface operations where the price per unit is much higher). A conclusion might be that they have failed. In 1998 Smit and Pistorius wrote a paper titled "Implications of the Dominant Design in Electronic Initiation Systems in the South African Mining Industry". This ISEE paper seeks to summarise and review the conclusions of the earlier work. These were: that a dominant design had not yet emerged; the type of connector and the way in which detonators are connected and programmed would be a strong determinant influencing the development of a "winning" product; technical aspects rarely solely determine which becomes the dominant design (marketing, social and economic factors often have a strong influence); electronic initiation systems were an emerging technology for the underground gold mining industry in South Africa and because it was under severe cost pressure the mines would look to them to raise productivity and hence profits; finally, as a dominant design begins to emerge, one could expect a number of players to exit from the industry.
机译:电子雷管已在全球采矿业中商业使用了十多年。据估计,到2004年2月大会召开时,全球累计销售量将达到2500万支。这低于同期所有雷管类型的0.2%。在南非的金,钻石和铂金矿山中,可能已经有2000万地下矿井被使用了。这些将由南非公司在南非为南非客户生产。在此方面的努力取得了更大的成功,到2003年,全部500万(占销售的当地雷管的3%)可以是电子类型。但是,据估计,到目前为止,每个已售出的产品在研发,制造设施和市场营销方面的支出约为7.00美元(R50.00)。继续花费大量金钱。尽管在南非取得了明显的成功,这是否合理?电子启动系统没有为地下最终用户带来重大的技术利益,也没有给供应商带来任何公司利润。有人会怀疑他们是否会这样做(即使是在大型地面作业中,单位价格要高得多)。结论可能是他们失败了。 1998年,Smit和Pistorius撰写了一篇论文,题为“主导设计对南非矿业中电子启动系统的影响”。本ISEE文件旨在总结和回顾早期工作的结论。它们是:尚未出现主导设计;连接器的类型以及雷管的连接和编程方式将强烈影响“获胜”产品的开发;技术方面很少能单独决定哪个成为主导设计(营销,社会和经济因素通常具有很强的影响力);电子起爆系统是南非地下金矿开采业的新兴技术,由于其承受着巨大的成本压力,矿山希望它们提高生产率,从而提高利润;最终,随着一种占主导地位的设计开始出现,人们可以期望许多参与者退出该行业。

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