Durch die enge Zusammenarbeit mit unseren Partnern aus der Industrie ist es uns möglich, innovative Weiterbildungsangebote für Fachleute im Rohstoffbereich anzubieten. Die Kurse bieten Expertise aus allen drei Bereichen des Wissensdreiecks (Industrie, Forschung und Bildung), um auf die stetig ändernden Anforderungen der Industriepartner reagieren zu können. Unsere Ziele sind neben der Kompetenzentwicklung und des Wissenstransfers auch den Blick auf innovative Herausforderungen und den Wettbewerbsdruck hinsichtlich neuer Trends und Technologien im Rohstoffsektor zu lenken.
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Sind Sie Experte auf Ihrem Gebiet? Sie wollen die Zukunft Ihres Fachbereiches mitgestalten? Dann werden Sie Trainer für die EIT RawMaterials High Level Professional School short courses! Hier finden Sie weitere Informationen.
We are looking forward to welcoming you to the 16th Freiberg Short Course in Economic Geology "Zinc Deposits" in Freiberg from December 3rd - 6th, 2018.
Speakers will be Sarah Gleeson (GFZ Potsdam), Maria Boni (University of Naples), Markus Schäfer (Vedanta Zinc Int.) and Koen Torremans (iCRAG/ UCDublin). Further contributions will be brought in by Max Frenzel (HZDR), Nicola Mondillo (UNINA), Jochen Kolb (KIT) and Mathias Burisch (TUBAF).
Become familiar to Perlite as an industrial mineral and its applications and understand the intrinsic characteristics and the key properties of Perlite in relation to its potential applications. Gain in-depth knowlegde about the peculiarities of the expansion process for the different qualities of perlites in each sector of final application.
“Automated Materials Characterization” / “Automated Mineralogy” is an analytical technique based on scanning electron microscopy (SEM) image analysis coupled with energy dispersive X-ray spectroscopy (EDS).
Efficient comminution processes require a careful process design and presume a deep understanding of the grinding fundamentals as well as the appropriate machinery.
The improvement of dust and noise management is a permanent challenge in mining and mineral processing regarding either the staff as the environment.
Geochemical exploration has evolved over the past 30 years from traditionally focused (mineral) resource identification to a multi-element, multi-media toolbox.
Trainees will have a grasp of materials behaviour and the influence of raw materials quality and processing on the quality of materials.
The proposed short course/interactive workshop provides an overview of the current use of chemical, mineralogical and metallurgical data in ore profiling, modeling, forecasting and process troubleshooting in Copper-(Moly/Gold) Operations.
Superior understanding of water management related issues in order to ensure the proper specification of a successful solution for a given application is required in nearly any business.
DECHEMA colloquium on 09 November 2018 at DECHEMA Haus, Frankfurt/Main. The colloquium is supported by the project AutoBattRec of EIT RawMaterials.
Li-Ion batteries are an emerging technology which is incorporated into more and more technical structures of our everyday life. Accordingly, in upcoming years large mass streams of spent batteries are to be expected. Their handling and processing are as of now not yet clear. The colloquium will address the challenges of integrating Li-Ion batteries into a circular economy and give an insight into several new developments and technological concepts in fields of battery logistics, mechanical and pyrometallurgical processing.
Especially the expected growth rates in the field of electromobility will lead to a growing number of spent batteries in the near future. One battery unit of a full electric vehicle (PEV) weights typically more than 200 kg. The state of the art battery technology bases on Li-ion technology, using different active materials like iron-phosphate and nickel-, manganese-, and / or cobalt-oxides. Further components are metallic foils, organic electrolytes, special lithium-salts and electronic and structural components. Thus, spent batteries are an interesting subject to establish concepts of circular economy. Due to the complexity of the battery structure and the size of a typical battery cell, as well as its chemical and potential energy content, several challenges arise during the handling and the processing of the batteries.
Metallurgy is a key enabler of a circular economy (CE), its digitalization is the metallurgical Internet of Things (m-IoT). In short: Metallurgy is at the heart of a CE, as metals all have strong intrinsic recycling potentials.
Trainees will be able to understand a leadership style with a “soft skill” approach and why this is essential nowadays: in order to keep employees motivated and assure competitiveness. They get tools for better understanding the team members and keep the momentum of a motivated team alive.
Alternative solutions to reduce vibrations instead of reducing MIC or hole diameter will be trained.
The training was developed to provide a common understanding of the application of mechanical cutting / excavation machines.