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Development of methods to accelerate hydraulic data transmission in deep boreholes- Institut für Bohrtechnik & Fluidbergbau Master Thesis: Capability and Mechanisms of Separating Lithium Selectively from Brines using Natural Zeolites, Grade 1.3- Institut für Bergbau und Spezialtiefbau

Senior Process & Hydrometallurgical Engineer with over 20 years of experience in process engineering, mineral processing, hydrometallurgy, project development, and EPC/EPCM projects across the mining and chemical industries. Extensive experience delivering process solutions from concept development and feasibility studies through detailed engineering, commissioning, plant start-up, operational optimization, and continuous improvement. Strong background in lithium and potash extraction from brines, hydrometallurgical processes, mineral beneficiation, process optimization, technology assessment, techno-economic evaluation, and sustainable process development. Experienced in process design; PFD and P&ID development and review; mass, energy, and water balance preparation; equipment selection; technical bid evaluation; commissioning support; and multidisciplinary engineering coordination. Proven track record of delivering technically robust, economically viable, and environmentally sustainable process solutions with particular emphasis on process optimization, water recovery, industrial waste valorization, secondary raw materials, and operational excellence.