铁矿石行业致力于安全和环境保护,同时保持盈利能力。Iron ore mining is highly competitive with a continuous focus on delivering value through efficiency. Explore Bruker’s full range of analytical solutions to support iron ore from exploration to remediation and from the mine face through beneficiation.
铁矿石探索依赖于初步分配和罚款元素的初步评估。大多数探索是近乎棕地探索或重新评估历史资源,以识别高级钻探目标。Bruker的现场便携式解决方案为勘探团队提供了更多信息,更快。这可以通过更多数据来定位勘探活动。例如:
Core scanning with the S1 TITAN is a fast and non-destructive technique for to assess elemental variations and assign preliminary cutoff grade delineations for core.了解有关核心扫描的更多信息。
CTX或S2 PUMA是ED-XRF,可以部署在现场或野外实验室中。S6 Jaguar是一个台式WD-XRF,可在紧凑的软件包中提供XRF的最高质量元素。Learn more about geochemistry with XRF.
Automated mineralogy can be deployed on-site or in field-adjacent laboratories withAMICS在紧凑或桌面SEM上。了解有关过程矿物学的更多信息。
Robust grade control is critical for realizing efficiencies in mining operation and processing for iron ore. The efficient and accurate measurement of elemental and mineral constituents of ore is required for blending and sorting workflows. Innovative placement of grade control operations may realize the benefits of predictive models of upgradability. Mineral textural information from automated mineralogy is critical for optimizing the commutation circuit of an iron mine. Bruker’s experts have helped mine planners, geologists, geometallurgists, and engineers realize real process and quality control improvements.
S1 Titan 800 | 便携式XRF | 可移植性和功率定义了S1 Titan,带有坚固的外壳,Titan探测器Shield™和地理探索校准。便携式XRF是现场分析,勘探和核心扫描的理想选择。 |
CTX | Countertop XRF | CTX是带有电池备用,安全互锁盖,泰坦探测器Shield™和按钮操作的坚固且便携式的单样本台面XRF,非常适合快速外观等级控制和过程控制。 |
S2 PUMA | Benchtop ED-XRF | S2彪马系列2是laborator的标准y ED-XRF analysis, equipped with the intuitive TouchControl™ interface and XY robotic multi-sample or carousel sample changer. |
S6美洲虎 | 台式顺序WD-XRF | The S6 JAGUAR provides WD-XRF performance in a compact package ideal for any laboratory analysis. |
S8老虎 | sequentialwd-xrf | S8 Tiger Series 2顺序WDXRF为最苛刻的矿产和采矿应用提供了出色的出色分析性能。 |
铁(FE)以外的其他元素稀释矿石的等级,并在冶炼厂受到惩罚。例如,铁矿石中的磷(P)或硫(S)可能在高浓度的情况下引起脆性。二氧化硅(Si)和铝(Al)可以改变铁的熔融特性并阻碍冶炼过程。X射线荧光(XRF)是从坑到冶炼厂确定铁矿石采矿各个阶段的惩罚元素的有效工具。准备样品作为融合珠,消除了样品的矿物学作用,并可以更准确地比较样品。
Systems integration of scientific instrumentation into online and inline processes for iron ore requires a components partner that understand both the operating environment and analytical challenges of the segment. Bruker is that partner. Bruker is a trusted partner providing x-ray and optical components for automated sample processing and analysis, conveyer belt analysis, custom instrumentation, and unique solutions. Bruker has partnered with companies of all sizes, from startups to the world’s largest systems integrators, to make visionary workflows and unique analysis become a reality. Contact Bruker’s development experts to discuss your project today.
Monitoring for heavy metals in mine effluent and discharged waters has become a core competency for iron ore mines globally. Water passing through waste and tailings piles will accumulate copper, iron, manganese, lead, selenium, and zinc.总反射X射线荧光(TXRF)是用于识别和量化痕量元素和重金属的新兴工具,用于采矿操作和补救。这种创新的技术可以在PPB范围内为许多元素提供准确的量化,并提供简单的样品制备,无稀释和没有消耗的气体。