Minerals: Mining and Mineral Processing

等级控制

等级控制是将储量分类为矿石,低级,废物材料或冶金类型的分类。布鲁克(Bruker)广泛的XRF仪器可以满足生产监测的任何需求,以使其与矿石分离。

Quality Grade Control

Quality Grade Control

布鲁克通过准确地提供可靠的仪器来帮助实现矿山盈利能力的目标。我们是您最大程度地提高价值和降低风险的合作伙伴,以最佳的成绩为工厂提供吨位。

布鲁克致力于提供更多的提供仪器,我们还提供解决方案等级控制和杂质识别和:

  • Accurate analysis with calibrations designed for the mineral industry and the tools needed to ensure ongoing data validation and data integrity
  • 致力于以专门针对采矿定制的专业知识和资源来支持采矿业务
  • A recognition that long-term cost of ownership is important, and commitment to meeting the service needs of our customers over the lifetime of mine projects from exploration to remediation and closure

Bruker的采矿方法意味着我们的专家将帮助您选择项目所需的最佳仪器,软件和校准。我们将正确的分析技术的选择授权在矿业价值链中的每个步骤中计算等级,吨位或包含金属。

EDXRF

EDXRFfor Grade Control

能量分散X射线荧光(XRF)是矿山和矿物加工设施中最值得信赖的方法。Bruker的XRF分析仪可以同时分析鉴定等级,分级和废物所需的元素浓度。Bruker的解决方案的重点是最大化价值和降低整个采矿价值链的风险,从矿场便携式XRF分析到高吞吐量等级控制和杂质工作流程。解决方案包括:

  • 这high-capacity benchtopS2 PumaSeries 2 capable an analyzing from C to Am with options for one, 12, and 20 sample changers.

  • CTX,一种新的便携式单样本耐加固的台面XRF,并带有电池备份,用于分析MG到U

  • S1 TITAN带有可选安全锁定台式台式的手持XRF,为分析从mg到U的最灵活性

WDXRF

WDXRFfor Grade Control

波长色散XRF(WDXRF)提供了最准确和最低的检测极限,尤其是在复杂的矿石中。WDXRF使用X射线光学器件将荧光分散到每个元素的各个波长中。所得频谱的背景较低,并消除了大多数元素重叠。这项技术对于对痕量元素或具有许多重叠的元素的歧视至关重要。Bruker的WDXRF解决方案

  • S8狮子作为多通道WDXRF提供最快的时间。同时分析多达16个元素,以获取需要在低检测限制下精确度的高吞吐量等级控制和杂质应用。

  • S8 TIGER系列2是一种可靠且易于使用的顺序WDXRF,能够在一次运行中提供主要和微量元素。S8 Tiger提供了对采矿或库存管理的苛刻和多样化监督所需的分析灵活性。

  • S6 JAGUARis a compact WDXRF that is small and fast enough to be deployed to mine-site laboratories but powerful enough to meet the needs of the most demanding grade discrimination.

矿物学

等级控制with Mineralogy

Complex ores often require mineral identification as part of the grade control workflow. For example, kaolinite can substitute for goethite in iron ores and cannot be identified visually. It can also be desirable to quantify mineral assemblages when assigning grade blocks to high grade, low grade or waste rock. Rapid X-Ray Diffraction (XRD) combined with cluster analysis is an emerging tool for mineral-based grade control and impurity analysis. When mineral associations are a key discriminator in grade control and bulk element or mineral content doesn't tell the whole story - automated mineralogy steps in to provide additional information key for mineral processing. Bruker’s solution for minerology in grade control include:

  • 友善是Bruker的自动矿物学解决方案,用于扫描电子显微镜。Amics自动化了反向散射电子和X射线点的收集,以制作矿物图以计算锁定,解放和模态矿物学。

  • D2 PHASERgr所需交付XRD分析速度ade control analysis in a compact desktop package.

  • diffrac.suite™软件提供了用于等级分类的等级控制和定量分析所需的所有工具。PolySNAP模块提供集群分析,而TOPAS软件允许配置型和定量Rietveld分析。

Automation & Online Systems

Automation and Online Systems for Grade Control

Mining is undergoing a revolution in technology adoption and automation. The incorporation of analytical technology into the connected mine has become a priority for the global mining industry. XRF and XRD analysis provide critical inputs into mining operations models and stockpile management. By incorporating elemental and mineral data directly into online and automated sample preparation systems, Bruker’s instruments can provide real time data to decision makers. Bruker is committed to making the system integration process as painless as possible.

  • 许多产品都准备好接受API和配置来接受样品。
  • Dedicated online sensor heads like theS2 KODIAKare ready for systems integration
  • Dedicated teams for special projects, hybrid instruments, and unique solutions