Iron Ore Exploration and Production
Introduction
整个铁矿石价值链的主动分析解决方案
铁矿石行业致力于安全和环境保护，同时保持盈利能力。铁矿石采矿具有很高的竞争力，不断专注于通过效率实现价值。探索布鲁克（Bruker）的全方位分析解决方案，以通过探索到修复以及从矿山的面孔来支持铁矿石。
Core Scanning and Field Labs
使用便携式和手持XRF在现场收集数据
Iron ore exploration relies on preliminary grade assignment and preliminary assessment of penalty elements. Most exploration is near-mine brownfield exploration or reassessment of historic resources to identify high-grade drilling targets. Bruker’s field portable solutions provide more information to exploration teams, quicker. This enables the targeting of exploration activities with more data. For example:
使用S1 Titan进行核心扫描是一种快速且无损的技术，可用于评估元素变化并为核心分配初步的截止级描述。了解更多about core scanning.
The CTX or S2 PUMA are ED-XRF that can be deployed in the field or in field-adjacent laboratories. The S6 Jaguar is a benchtop WD-XRF providing the highest quality elements results from XRF in a compact package.通过XRF了解有关地球化学的更多信息。
自动化矿物学可以在现场或现场贴发实验室中部署友善on a compact or desktop SEM.了解更多about process mineralogy.
等级控制
等级控制for Iron Ore
稳健的等级控制对于实现铁矿石采矿操作和加工的效率至关重要。混合和分类工作流程需要对矿石的元素和矿物成分的有效测量。年级控制操作的创新放置可能会实现升级性预测模型的好处。来自自动矿物学的矿物质质地信息对于优化铁矿的换向电路至关重要。布鲁克（Bruker）的专家帮助矿山计划者，地质学家，几何助学士和工程师实现了真正的流程和质量控制改进。
探索XRF选项
| S1 TITAN 800 | Portable XRF | Portability and power define the S1 TITAN, with a rugged case, Titan Detector Shield™ and GeoExploration calibration. Portable XRF is ideal for on-site analysis, exploration, and core scanning. |
| CTX | 台面XRF | The CTX is a rugged and portable single-sample countertop XRF with battery backup, safety interlocked lid, Titan Detector Shield™ and push-button operation that is ideal for quick-look grade control and process control. |
| S2 Puma | 台式ED-XRF | S2 PUMA系列2是实验室ED-XRF分析的标准，配备了直观的TouchControl™界面和XY机器人多样本或旋转木马样品更换器。 |
| S6 JAGUAR | Benchtop Sequential WD-XRF | S6 Jaguar在紧凑的软件包中提供WD-XRF性能，非常适合任何实验室分析。 |
| S8 TIGER | Sequential WD-XRF | The S8 TIGER Series 2 sequential WDXRF provides outstanding superior analytical performance for the most demanding mineral and mining applications. |
Penalty Elements
Analysis of Penalty Elements with Fused Beads
Elements other than iron (Fe) dilute the grade of ore and are penalized at the smelter. For example, phosphorous (P) or sulfur (S) in iron ore can cause brittleness in high concentrations. Silica (Si) and aluminum (Al) can change the molten properties of iron and impede the smelting process. X-ray fluorescence (XRF) is an effective tool in determining penalty elements in all phases of iron ore mining, from the pit to the smelter. Preparing samples as fused beads eliminates the mineralogical effects of samples and enables a more accurate comparison of samples.
铁矿石矿物学
在线解决方案
自动和自定义解决方案
将科学仪器集成到铁矿石的在线和内联过程中，需要一个既了解该细分市场的操作环境和分析挑战的组件合作伙伴。布鲁克就是那个伙伴。布鲁克（Bruker）是一个值得信赖的合作伙伴，为自动样品处理和分析，传送带分析，定制仪器和独特的解决方案提供X射线和光学组件。布鲁克（Bruker）与各种规模的公司合作，从初创企业到世界上最大的系统集成商，以使有远见的工作流程和独特的分析成为现实。请与Bruker的开发专家联系，今天讨论您的项目。
Environmental Monitoring
Trace Element and Heavy Metals Monitoring in Mine Effluent
监测矿山废水和排放水中的重金属已成为全球铁矿石矿山的核心能力。通过废物和尾矿堆的水会积聚铜，铁，锰，铅，硒和锌。Total reflection X-ray fluorescence (TXRF)is an emerging tool for the identification and quantification of trace elements and heavy metals for mining operations and remediation. This innovative technology can provide accurate quantification in the PPB range for many elements with simple sample preparation, no dilution, and no consumable gasses.
