Modeled Impacts of Economics and Policy on Historic Uranium Mining Operations in New Mexico

Q4 Earth and Planetary Sciences New Mexico Geology Pub Date : 2017-01-01 DOI:10.58799/nmg-v39n1.11
Katie Zemlick, B. Thomson, Janie M. Chermak, V. Tidwell
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引用次数: 3

Abstract

New Mexico was at the forefront of the nuclear age, producing more uranium (U) than any other state in the U.S. for more than three decades until the early 1980s. The state is also unique because these historic activities have been studied and quantified over during this time, providing a unique opportunity to identify how historic uranium mining operations were influenced by economics and policy. In order to quantify these relationships, this study used a system dynamics approach to determine how these factors affected mining industry decisions and how those impacts varied based on mine size. The results of this work found that as the industry evolved over time, the influence of these factors changed and that they did not impact all mining operations equally. Results indicate that price guarantees for U concentrate and subsidies for mining and milling in the early years (1948–1964) of U mining encouraged mines of all size, although smaller mines opened and closed more quickly in response to changes in price. The economic environment created by these policies encouraged exploration and production. However, the latter led to an excess in supplies and declining prices when these incentives lapsed in the mid-1960s, which negatively impacted small- and medium-sized mines, neither of which opened after 1964. The presence of larger mines had more impact on the closing of small mines than closing of medium mines, possibly as a result of economies of scale for the medium mines or their ability to access milling resources after 1964. Lastly, medium and large mines that produced both uranium and vanadium may have had a slight historic advantage over mines that produced only uranium, as evidenced by longer delays in closing response to a unit change in average price. Quantification of these relationships assists in an improved understanding of the factors that influenced historic mining operational decisions and illustrates the complexity of the roles played by economics and policies in the boom and bust cycle manifested in the uranium industry.
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经济和政策对新墨西哥州历史铀矿开采作业的模拟影响
新墨西哥州处于核时代的前沿,直到20世纪80年代初,在30多年的时间里,新墨西哥州的铀产量超过了美国其他任何一个州。该州的独特之处还在于,这些历史活动在这段时间里得到了研究和量化,为确定历史上的铀矿开采活动是如何受到经济和政策的影响提供了一个独特的机会。为了量化这些关系,本研究使用系统动力学方法来确定这些因素如何影响采矿业决策,以及这些影响如何根据矿山规模而变化。这项工作的结果发现,随着行业的发展,这些因素的影响发生了变化,它们并没有平等地影响所有的采矿作业。结果表明,在铀开采的早期(1948-1964年),对铀精矿的价格保证和对采矿和磨矿的补贴鼓励了各种规模的矿山,尽管较小的矿山由于价格变化而更快地开放和关闭。这些政策创造的经济环境鼓励勘探和生产。但是,当这些激励措施在1960年代中期失效时,后者导致供应过剩和价格下降,这对1964年以后都没有开业的中小型矿山产生不利影响。大型矿山的存在对关闭小型矿山的影响比对关闭中型矿山的影响更大,这可能是由于中型矿山的规模经济或它们在1964年以后获得碾磨资源的能力。最后,既生产铀又生产钒的中型和大型矿山可能比只生产铀的矿山具有轻微的历史优势,这可以从对平均价格单位变化作出反应的时间较长来证明。这些关系的量化有助于更好地理解影响历史采矿业务决策的因素,并说明经济和政策在铀工业的繁荣和萧条周期中所发挥的作用的复杂性。
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来源期刊
New Mexico Geology
New Mexico Geology Earth and Planetary Sciences-Geology
CiteScore
0.60
自引率
0.00%
发文量
0
期刊介绍: New Mexico Geology is a quarterly, peer-reviewed journal available by subscription. Articles of original research are generally less than 10,000 words in length and pertain to the geology of New Mexico and neighboring states, primarily for an audience of professional geologists or those with an interest in the geologic story behind the landscape. The journal also publishes abstracts from regional meetings, theses, and dissertations (NM schools), descriptions of new publications, book reviews, and upcoming meetings. Research papers, short articles, and abstracts from selected back issues of New Mexico Geology are now available as free downloads in PDF format. Back issues are also available in hard copy for a nominal fee.
期刊最新文献
San Diego Mountain: A �Rosetta Stone� for Interpreting the Cenozoic Tectonic Evolution of South-Central New Mexico The Goblin Colony: Spectacular Monoliths and Walls of Altered Bandelier Tuff South of the Valles Caldera, New Mexico Unusual Sandstone Cylinders from the Lower Permian Glorieta Sandstone, Northern New Mexico Late Pennsylvanian Calcareous Paleosols from Central New Mexico: Implications for Paleoclimate In Memory of Lee A. Woodward, 1931�2020
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