Partners

AVESTA provides industrial expertise in battery processing, manufacturing, and system design, bridging the gap between research and commercial implementation. The company leads the transition of laboratory-scale technologies to pilot-scale production and assesses compatibility with existing Li-ion manufacturing infrastructure. AVESTA operates dedicated battery fabrication facilities including dry rooms, pilot production lines, and comprehensive testing capabilities.

CEMEA specialises in advanced materials and nanotechnology research, leading the development of Li-metal anode fabrication and protection technologies. The centre provides cutting-edge expertise in Atomic Layer Deposition (ALD) and Molecular Layer Deposition (MLD) techniques for battery applications. CEMEA operates state-of-the-art facilities including ALD equipment, FIB/SEM microscopy, and operando characterisation systems.

CNRS leads the scale-up and manufacturing aspects of Li-S battery technology, focusing on pouch cell development and production compatibility assessment. The organisation conducts comprehensive environmental impact analysis and recyclability studies of developed materials. CNRS provides advanced facilities for battery assembly, testing, and lifecycle assessment to support the transition from laboratory to industrial scale.

HIPC leads the development of Li-S cells with advanced cathode designs and liquid electrolyte systems. The institute has pioneering expertise in composite cathode development, incorporating inorganic additives and transition metal oxide thin films to enhance battery performance. HIPC operates comprehensive facilities including ALD equipment, scanning electron microscopy, and advanced battery testing systems.

ICL develops innovative implantable sensor technologies for real-time battery monitoring and safety enhancement. The college combines multidisciplinary expertise in materials science, electrochemistry, and electronic engineering to create ultra-thin, multifunctional mesh sensors. ICL operates world-class cleanroom facilities and advanced battery testing equipment to support sensor integration and validation.

IKTS leads the development of electrochemical lithium deposition processes and polymer electrolyte applications for Li-metal anodes. The institute excels in developing and characterising novel battery concepts, with particular expertise in ceramic materials and advanced manufacturing techniques. IKTS provides comprehensive facilities including glove boxes, electrochemical testing equipment, and pilot-plant capabilities for electrode manufacturing.

POLYMAT specialises in designing and engineering advanced polymer materials for battery applications, particularly focusing on safety assessment and manufacturing technique evaluation. The centre contributes expertise in macromolecular design, sustainable materials development, and technology transfer to industrial applications. POLYMAT leads the assessment of new manufacturing techniques' impact on safety, cycle life, and performance.

TECHNION contributes cutting-edge research in ALD/MLD coatings, in-operando characterization, and molecular dynamics simulations. The university leads computational modelling efforts to predict electrolyte behavior and develops functional and protective coatings on electrode materials. TECHNION operates advanced research facilities including thermal/plasma ALD tool, electrochemical testing equipment, and in-situ characterization systems.

UCL leads advanced operando characterisation and multi-length-scale imaging of Li-S batteries during operation. The university hosts the UCL Centre for Correlative X-ray Microscopy and provides cutting-edge analytical capabilities including X-ray computed tomography, electrochemical AFM, and fluorescence microscopy. UCL's expertise enables real-time understanding of battery degradation mechanisms and performance optimisation.

WUT contributes leading expertise in chemical engineering, materials science, and electrolyte development for Li-S batteries. The university specialises in developing fluorine-free lithium salts, advanced additives, and novel electrolyte formulations to enhance battery performance and safety. WUT brings extensive experience from previous Li-ion cell projects and maintains strong connections with Battery2030+ and Batt4EU initiatives.