1)concentrator[英]['k?nsentreit?][美]['kɑns?n,tret?]选矿厂
1.Selection and Study of Fine Grinding Media For Concentrator;选矿厂细磨磨矿介质的选择及研究
2.Discussion on ways of reducing energy consumption for concentrator of Mining Co of Pansteel;攀钢矿业公司选矿厂节能降耗途径的探讨
3.Study on the Production Controlling Parameters of Aoshan Concentrator;凹山选矿厂生产控制参数的研究
英文短句/例句
1.Reform and practice of iron and tin concentrator plant mineral processing in inner mongolia area某锡铁矿选矿厂选矿工艺优化研究与实践
2.Research on Flow Optimization of the Branch Dagushan Preparation Plant大孤山选矿厂分厂工艺流程优化研究
3.Code for design of tailings facilities concentrator选矿厂尾矿设施设计规范
4.Discuss about design of SINO Iron Ore Mine in Western Australia浅谈西澳SINO铁矿选矿厂的设计
5.The Production Practice of Improving Copper Concentrate Grade in Dashan Concentrator提高大山选矿厂铜精矿品位生产实践
6.Automatic System Design in Mineral Processing Plant of Dahongshan Copper Mine大红山铜矿选矿厂自动化系统的设计
7.Electrial Energy Saving Measures of Aolunhua Concentration Plant浅谈敖仑花矿选矿厂的电气节能措施
8.Upgrading of Return Fines Treatment Process Applied by Nanfen Concentration Plant of Bengang本钢南芬选矿厂返矿处理工艺的改造
9.Cu-Mo separation trial operation and improvement of Tongkuangyu concentrator铜矿峪矿选矿厂铜钼分离生产调试及改进
10.Assumption of the Beneficiation Flowsheet Optimization of Panzhihua Midi Concentrator攀枝花密地选矿厂选别流程优化设想
11.Industrial Test of T-GCT Separator in Litie ConcentratorT-GCT磁选机在漓铁选矿厂的工业试验
12.Application of Slon2000 Magnetic Separator in the Ore-dressing Plant of Baotou SteelSlon2000立环强磁选机在包钢选矿厂的应用
13.Study on Process Mineralogy of Products from Staged-grinding and Staged-dressing Process in Midi Concentrate Plant密地选矿厂阶磨阶选流程产物工艺矿物学研究
14.Study of Process Adaptability of Beneficiation of Iron Ore from Gaocun in Washan Concentrator凹山选矿厂入选高村铁矿石的工艺适应性研究
15.Discussion on ways of reducing energy consumption for concentrator of Mining Co of Pansteel攀钢矿业公司选矿厂节能降耗途径的探讨
16.Research of Non-Cyanogen Flotation of Sulfide Minerrals of Lead, Antimony, Zinc and Iron in Chehe Dressing Plant;车河选矿厂硫化矿铅锑锌硫无氰分离研究
17.Automation Solutions of Phosphorus election Mine Grinding and classification based on PLC;基于PLC的磷选矿厂磨矿分级自动化解决方案
18.complete set of equipment for quarry and ore dressing plant石料厂-矿选厂成套设备
相关短句/例句
concentrating mill选矿厂
1.With the developtnent of product technology,it gradually becomes more windespread that concentrating mill uses larger production facilities,and the distributing control system will be generally used.随着生产技术的发展,选矿厂生产设备趋于大型化,集散控制系统将在选矿厂普遍采用。
2.Considering the features of Xiaodonggou Mo mineral concentrating mill,to meet the needs of process flow and production,based on related standards and codes,this article presents the importance of electric design in concentrating mills.本文根据小东沟钼矿选矿厂的特点,阐述了必须在满足选矿工艺流程要求、满足生产需要的前提下,依据国家及行业有关规范,做好选矿厂电气设计工作的重要性。
3)beneficiation plant选矿厂
1.Control system networks applied in beneficiation plant;控制系统网络在选矿厂的应用
2.This paper introduces some measures taken by beneficiation plant of Jiangxi Xialong Tungsten Industry Co.介绍了江西下垄钨业有限公司选矿厂废水资源化回收、自然水利用和上水下用等措施,使废水回收利用率达到95%以上,管理实现了节能减排增效的目的。
4)Concentration plant选矿厂
1.Stage and integral mathematical models were established for the Baogang Concentration plant's production process consisting of milling,low intensity magnetic separation,high intensity magnetic separation and flotation separation.对由磨矿、弱磁选、强磁选和浮选组成的包钢选矿厂复杂选矿生产过程建立了分段和整体数学模型;按照精矿产率最大原则,并结合选矿厂实际,构造了选矿技术优化决策模型。
2.Election and application of electric apparatus,and electric lighting,application of electrical energy-saving in concentration plants is specially introduced in this article.本文根据敖仑花矿选矿厂电气设备容量较大,用电负荷比较集中的特点,阐述了在满足选矿厂工艺要求及生产需要的前提下,所采取的节电能、降电耗、提高电能利用率的方法及电气节能的有效措施。
5)Mineral processing plant选矿厂
1.Basing on the summary and analyses of status, developing principles and automatic control of mineral processing technology, it is pointed out that one of powerful manners for decreasing cost, rising integrated interests and competing ability of mineral processing plant is to control and manage material flow of mineral processing.本文在对选矿技术现状、选矿科技发展态势,以及选矿厂自动化技术进行综合评述并加以剖析的基础上,指出在选矿厂实施生产物流的控制与管理,挖掘生产物流潜力,是选矿企业降低生产物流成本,提高选矿厂综合经济效益,增强市场竞争力的有效途径。
2.The main development in discharge reduction technology and equipments in China were introduced,such as the comprehensive utilization of tailings,the concentration and filter-press of tailings and the circulation utilization of tailings backwater,and discharge reduction path for mineral processing plant are investigated according to cyclic economy.综述了我国排放尾矿的情况,介绍了目前我国在尾矿的综合利用、尾矿的浓缩与压滤、尾矿回水的循环利用等减排技术及减排设备方面的主要进展,从循环经济角度对选矿厂的减排途径进行了思考,并例举了我国选矿厂在尾矿零排放、尾矿作建筑材料、废水回用、尾矿再选等方面的减排实例,最后对选矿厂减排进行了展望。
6)dressing plant选矿厂
1.Development and application of automatic reagent feeding system in dressing plant;选矿厂自动加药系统的开发与应用
2.The technological improvement of the dressing plant of Middle-Shandong Metallic Mine Incorporation is described.介绍鲁中冶金矿业公司选矿厂的技术改造项目 ,该项目工程量小、投资少、技术方案可行、经济合理 ,是提高经济效益的重要技术措施。
延伸阅读
选矿厂选矿厂mineral processing plant x日on从uangehong选矿厂(mineral proeessing plant)配置有选矿生产设备和辅助设备以及附属设施,对矿物原料进行初加工处理,获得适合冶金或其他工业利用的有价产品的生产企业。非金属矿选矿厂的产品大多直接用于工业生产;金属矿选矿厂则是介于矿山和冶炼厂之间的一个矿石加工企业,是现代冶金工业的重要生产部门。选矿厂处理的有色金属矿石有铜、铜一镍、铅-锌、铝、汞、锑、钨、锡等各种矿石;黑色金属矿石有铁、锰、铬等矿石;稀、_贵金属矿石有妮、担、金、银矿石和放射性铀矿石等;处理的非金属矿石有石灰石、白云石、菱镁矿、耐火粘土等冶金辅助原料矿石;还有磷矿石、硫铁矿石和钾盐等化工原料矿石以及石棉、石墨和高山令上等建筑材料矿石。 分类选矿厂按处理矿物原料获得产品的方法、技术和过程亦即选矿工艺的类型可分为破碎一筛分厂、洗矿厂、重选厂、磁选厂、浮选厂和包括多种选矿方法的综合选矿厂;根据入选原矿的矿种分为:铜矿石选矿厂、铅一锌矿石选矿厂、铁矿石选矿厂、高岭土选矿厂等;按选矿厂对原料基地的区域位置、矿点资源的储量与分布特点还有固定式选矿厂(粗选厂、精选厂)和移动式选矿厂之分20世纪70年代开始研制和推广装配式移动选矿装置(厂),用于处理分散的小型金矿、锡矿、钨矿、钦一错矿、钮一锐矿、金刚石矿、铬铁矿、重晶石矿、铅锌矿等矿种以及煤和砂石等。 组成选矿厂一般由破碎、筛分车间、磨矿、分选车间、精矿处理车间、尾矿处理设施、各种矿仓、带式输送机通廊以及转运站、泵站、选矿药剂制备站、试验室、化验室和设备材料库等组成。大型的和工艺复杂的选矿厂,按生产流程划分为粗碎车间、中碎、细碎车间、筛分车间、洗矿车间、重介质车间、磨矿、分选车间、选矿产品脱水车间和配料包装车间等。 生产过程选矿厂采用的工艺流程以及配置设备的类型、规格和数量,取决于入选矿石的物质组成、矿石的特性和矿石可选性以及对选矿产品的要求和选矿厂的设计能力。选矿厂的生产是从原矿入厂到精矿出厂的连续过程。在生产过程中,上、下工序作业按技术操作规程紧密衔接配合,保证生产过程正常、均衡和连续进行。选矿厂还要进行生产过程的计量、取样、化验、检测和控制,编制选矿厂金属平衡表,按计划完成生产指标(产品品种、数量和质量)、材料消耗指标(药剂、水、电和钢耗)、生产成本及选矿厂主要效益指标。 能量消耗选矿厂生产消耗能量大,选矿能耗在生产金属所需总能耗中占相当大的比例。对于含铜约。.6%的典型铜矿石,生产金属铜所需总能耗的三分之一消耗于选矿;在由含铁24%的矿石生产铁的总能耗中,选矿能耗约占10%。选矿厂的电能消耗取决于原矿的性质以及采用的生产工艺和选矿流程等.例如铜矿石选矿厂电耗为15一70kwh/t原矿,铁矿石选矿厂电耗为26一70kwh/t原矿;非金属矿选矿厂,例如石棉矿选矿厂电耗为4kwh/t原矿;采用湿式选矿或风力选矿,其耗电量差别很大,如高岭土湿法选矿,电耗为10一15kwh/t原矿,而干法选矿电耗为lookwh八原矿。随着矿石品位下降,选矿能耗有可能成为决定是否开发某一矿床的重要因素。 (张宏福)