High-Throughput Synchrotron Radiation X-Ray Powder Diffraction (HT-SR-XRPD) is an advanced technique that illuminates the crystal structures of minerals and phase composition of geo-materials with unmatched precision and accuracy. By harnessing synchrotron light, HT-SR-XRPD provides detailed insights into the crystal structures and phase compositions of geo-materials, revealing the hidden stories of their formation, evolution, and properties.
The company’s core expertise lies in the efficient analysis of large sample volumes, which sets it apart from competitors and provides significant added value to customers.
Accurate analytics ensure better decision-making in mine design and daily operations. This minimizes waste, improves ore recovery, and increases overall efficiency in extraction.
Detailed mineralogical insights allow plants to fine-tune their processing methods. The result is higher metal recovery, reduced energy use, and lower operating costs.
Comprehensive models provide a clear understanding of ore bodies and their variability. This supports long-term planning, risk reduction, and more effective resource utilization.
Advanced analytics enable the discovery of innovative applications for raw materials. This drives technological progress and opens new revenue streams for mining companies.
Developed in collaboration with leading scientists and institutions, our SR-XRPD method represents the forefront of industrial-scale analysis.
We receive 3,000 – 10,000 powder rejects from a single deposit as pulps, following chemical analysis provided by the customer. The samples are then prepared into coded, sealed capsules to ensure accuracy and organization.
At the synchrotron beamline, data is collected using a vibrating sample holder and a large photon counting area detector. This setup allows for rapid and precise measurements, with data integrated into a reduced form for efficient analysis.
The extensive data set is analyzed to identify all mineral phases present in the deposit. A Rietveld model is set up using actual samples for automatic phase analysis. Results include percentual mineral phase composition and back-calculated chemical composition, with an option to calculate the amorphous component based on internal standardization.
Discover why being part of Pulsara truly matters
Data collection of up to 10,000 samples per day, significantly boosting productivity.
Provides high-resolution data with lower detection limits and precise phase identification.
Enables quick generation of block models for resource estimation.
More affordable than conventional methods for large-scale sample volumes.
DeterMin has evolved from academic roots to address industrial needs with scientific precision. Our foundation is built on a strong partnership between academia and industry, enabling us to offer services grounded in rigorous scientific research.
Our team has extensive expertise in geology, mineralogy, crystallography, and analytics. This robust background allows us to provide advanced analytical services utilizing synchrotron light sources. We are committed to continuously improving our methods and developing innovative solutions to enhance the efficiency and sustainability of our analytics.
We are pioneering mineralogy by providing Synchrotron Radiation X-ray Diffraction on an industrial scale, achieving speeds, precision, and accuracy never before possible. High-intensity, truly monochromatic X-rays, combined with sample handling technique developed for Martian exploration and DECTRIS® photon counting detection technology, enable us to deliver unparalleled analytical capabilities.
At DeterMin, we are dedicated to supporting our customers in transitioning to greener mining practices while achieving higher yields. Our focus on sustainable practices ensures that our solutions not only meet the needs of today but also pave the way for a more environmentally responsible future.
Understanding that each client has unique needs, we offer tailored analysis services. Whether you’re in academia, industry, or government, we adapt our approach to suit your specific project requirements. Our calibrations, exceeding but not limited to 100 mineral phases, are always built from the sample type or deposit itself, ensuring the highest accuracy and relevance for your analysis.
