钼、钼合金和含钼产品生产的当前趋势评估

G. V. Galevskii, O. A. Polyakh, V. Rudneva, A. Anikin
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引用次数: 0

摘要

钼的物理和化学性质的独特组合是现代材料科学所要求的,这预先决定了含钼合金和含钼金属制品的各种应用:冶金、各种规格的机械工程、电热设备,以及对钼冶金方面积累的科技信息进行系统化和更新的需要。本文的目的是评价钼的生产和应用现状,包括三氧化钼的生产、钼及其合金的生产、钼及其合金产品的工业范围、钼的消费结构、主导趋势的确定和中期预测。对三氧化钼、钼及其合金的生产和消费技术经济资料进行了评价和整理。对钼及其合金的现有产品范围、世界钼消费结构进行了评价,确定了近期钼消费的主导趋势和预测。指出钼生产的主要工艺是将高纯度(纯度达99.9%)的三氧化物以粉末形式还原氢,然后压实。钼的主要生产国是美国、智利、中国、秘鲁、加拿大和墨西哥,占世界产量的90%以上。2018年,全球钼消费量约为26.2万吨,比2011-2012年减少约20%。在俄罗斯和国外生产各种品牌的钼铁,钼含量为50 - 70%。目前,俄罗斯的钼铁生产商有Sorsky、Zhireken和Nizhnevolzhsky铁合金厂。俄罗斯企业的总生产能力估计为每年8500吨钼铁。俄罗斯冶金企业宣布生产33种不同类型的钼及其合金的中间产品和最终产品。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessment of current trends in production of molybdenum, its alloys and molybdenum-containing products
The unique combination of physical and chemical properties of molybdenum, required by modern material science, predetermines the variety of applications of molybdenum-containing alloys and molybdenumcontaining metal products: metallurgy, various-profile mechanical engineering, electro-thermal equipment, as well as the need to systematize and update the scientific and technological information accumulated in molybdenum metallurgy. The purpose of the present work was to evaluate the current state of molybdenum production and application, including such issues as production of molybdenum trioxide, molybdenum and its alloys, industrial range of molybdenum and its alloys products, molybdenum consumption structure, identification of dominant trends and their forecasting in the medium term.Technical and economical information on production and consumption of molybdenum trioxide, molybdenum and its alloys was evaluated and systematized. The existing range of products from molybdenum and its alloys, the structure of world molybdenum consumption were evaluated, dominant trends and forecasts for the nearest period were determined. It was stated, that the main technology of molybdenum production is hydrogen reduction from high purity trioxide (up to 99.9%) in the form of powder followed by its compaction. The main producers of molybdenum are the United States, Chile, China, Peru, Canada and Mexico, which account for more than 90% of world production. In 2018, global consumption of molybdenum was about 262,000 tons, about 20% less than in 2011–2012. Ferromolybdenum is produced in Russia and abroad of various brands with molybdenum content of 50– 70%. Currently, the producers of ferromolybdenum in Russia are Sorsky, Zhireken ferromolybdenum and Nizhnevolzhsky ferroalloy plants. The total production capacity of Russian enterprises is estimated at 8.5 thousand tons of ferromolybdenum per year. Metallurgical enterprises of Russia declare production of 33 different types of intermediate products and final products from molybdenum and its alloys.
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