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NEWP Lab Congratulates Kilian Kozerke on Defence of M.Sc.

The NEWP Lab congratulates Kilian Kozerke on the completion of his research in Cambridge, and the successful defence of his (M.Sc) in Mechanical Engineering and Business Administration at Rhenish-Westphalian Technical University (RWTH) in Aachen, Germany! With (just!) six months in Cambridge, Kilian delivered an ambitious and highly rigorous project exploring the recovery of gallium from…
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Funded PhD Position: EPSRC DLA Studentship – Green Hydrogen Production through Trade Effluent Reuse

Prof. Nathanial Cooper has secured an Engineering and Physical Sciences Research Council (EPSRC) Studentship via U.K. Research and Innovation which will accommodate one doctoral researcher in the NEWP Lab: EPSRC DLA Studentship – Green Hydrogen Production through Trade Effluent Reuse University of Cambridge – EngineeringQualification Type: PhDLocation: CambridgeFunding for: UK Students, EU Students, International StudentsFunding amount:…
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NEWP Lab Welcomes Visiting Student Kilian Kozerke to Cambridge University

The NEWP Lab is excited to welcome Kilian Kozerke to the group! Kilian comes to Cambridge from Rhenish-Westphalian Technical University (RWTH) in Aachen, Germany, where he is pursuing a postgraduate course in the Department of Mechanical Engineering. Many students in RWTH’s (M.Sc) in Mechanical Engineering and Business Administration programme undertake an externally-supervised independent thesis project…
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NEW-Publication: “Viability Assessment of Lithium Recovery from Unconventional Saline Water Sources”

The NEWP Lab is pleased to share a new, Open Access publication in Desalination. Dr Cooper and coauthors Boreum Lee, Sohum K. Patel, Li Wang, Paul Westerhoff, Menachem Elimelech offer an evaluation of ion exchange and electrochemical intercalation pathways across diverse feedstocks in “Viability assessment of lithium recovery from unconventional saline water sources.” [1, see notes] Highlights include: In assessing the viability and scalability…
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IfM “Buns” Talk: Analysing Process Models for Lithium Recovery from Wastewater Sources

Please join us this Friday, March 28, 2025 at the Institute for Manufacturing (IfM), as NEWP Lab director Dr. Nathanial Cooper delivers the Friday “Buns” Talk, “Analysing Process Models for Lithium Recovery from Wastewater Sources.” What does it mean to situate lithium recovery within a broader research agenda, one focused on resource recovery, industrial decarbonization,…
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NEW-Publication: “Operational Strategies and Integrated Design for Producing Green Hydrogen from Wind Electricity”

The NEWP Lab congratulates first author Mahdi Sharifzadeh, second author Nathanial Cooper, and third and fourth authors Hans van’t Noordende and Nilay Shah on their new publication in the International Journal of Hydrogen Energy, “Operational strategies and integrated design for producing green hydrogen from wind electricity.” [1] Highlights include: Where “[realizing] the potential of renewable hydrogen production requires flexible operation of electrolysis systems to…
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IfM “Buns” Talk: Industrial Decarbonization in the Energy-Water Nexus

Please join us this Friday, March 15, 2024 in the Alan Reece Building at the Institute for Manufacturing (IfM), as NEWP Lab director Dr. Nathanial Cooper delivers the Friday “Buns” Talk, “Industrial Decarbonization in the Energy-Water Nexus.” A key step in achieving industrial decarbonization, and the broader sustainable transition, comes through investigating the conjoined problems…
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Funded PhD Position: EPSRC DTP Studentship – Hydrogen Production Through Wastewater Reuse and Integration

Prof. Nathanial Cooper has secured an Engineering and Physical Sciences Research Council (EPSRC) Studentship via U.K. Research and Innovation which will accommodate one doctoral researcher in the NEWP Lab. University of Cambridge – EngineeringQualification Type: PhDLocation: CambridgeFunding for: UK Students, EU Students, International StudentsFunding amount: CompetitiveHours: Full TimeDeadline: 16 February 2024Reference: 44818 This project seeks to develop a process model for the…
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