ELEMISSION Inc. makes mining sustainability more accessible by providing rapid access to chemical assay results with the company’s groundbreaking ECORE technology.
Sustainable mining practices are more important than ever before, as the need for critical metals increases as the world works towards achieving global energy demands.
Using cutting-edge laser ablation atomic emission spectroscopy (LA-AES) ECORE core scanning technology, ELEMISSION presents a paradigm shift for the mining sector, ushering in a new era of efficiency and environmental sustainability for ore body knowledge.
The company’s innovation accelerates speed, precision, and accuracy in mineral analysis to new frontiers, enabling you to optimise your mining operations thoroughly.
ELEMISSION’s commitment to sustainable mining practices
ELEMISSION is dedicated to sustainable mining practices by developing methods that can help minimise environmental impact and promote the recovery of resources from previously deemed ‘exhausted’ mines.
The company implements artificial intelligence (AI) and the Internet of Things (IoT) to deliver real-time mineralogy and chemical results that can be used for important decision-making that impacts mining exploration, operations, and remediation.
ELEMISSION also champions data-driven decision-making by employing big data analytics to optimise mining processes and reduce operational costs.
The company’s ECORE technology also boasts the ability to provide accurate chemical information on mine tailings, simplifying onsite contaminant screening and allowing for on-the-spot adjustments in remediation efforts if necessary.
Additionally, the company is advancing techniques for improving the extraction rates of economic minerals through grain-size and mineral liberation analysis features.
As a technological leader in the mineralogical mapping and chemical digitation of drill core, ELEMISSION is devoted to maintaining this leading position by constantly improving products and results.
ECORE: Unprecedented mineral analysis
ECORE technology represents the pinnacle of the company’s efforts to not only enhance operational efficiency but also to assist in reducing the environmental footprint of mining activities, boosting mining sustainability.
ECORE utilises state-of-the-art spectral imaging to characterise economic deposits with unprecedented accuracy, including lithium, carbon, copper, rare earth elements, and many more.
The technology combines a novel geochemical laser ablation sensor with ELEMISSION’s proprietary Smart Automated Mineralogy (SAM) AI-enhanced algorithm to increase on-site workflow, enabling analysis and access to results in real time.
The ECORE laser hyperspectral imager stands out for its exceptional elemental analysis precision and its ability to detect every element on the periodic table, from hydrogen to uranium.
With unparalleled analysis speed, ECORE delivers rapid and dependable results within minutes, without the need for sample preparation.
The advanced resolution of ECORE sensors ensures real-time, high-quality mapping, eliminating the need for lengthy waits for results associated with traditional core scanning techniques and chemical assay laboratories.
Experience the swift generation of detailed 2D maps with realistic resolution, allowing you to prioritise data quality and representativeness without compromise.
Key benefits of ECORE include:
- Ultra-fast automated mineralogy
- Multi-elemental chemical assays
- Mineralogical texture
- Access to elemental deportment information
- Grain size analysis
- Density and hardness of the rocks
By continuing to explore new frontiers in research and development, ELEMISSION remains at the forefront of creating a more sustainable and productive future for the global mining industry.
For further insights into the revolutionary ECORE technology and how it’s transforming mining sustainability, visit ELEMISSION’s website or contact them directly.
