Comprehensive Technology for Material and Energy Processing of Batteries

Project Duration: June 1, 2025 – December 31, 2028

Lead Organization: NANOPROGRESS, z.s.

Project Objective:
To develop sustainable methods for processing batteries and accumulators, with the aim of maximizing the reuse of individual materials from which they are made. The goal is to support sustainability and circularity (more details here).

Planned Outputs:

O – Other: Research report: Processing of polymer matrices from recycled batteries (December 2026)
Gfunk: Polymer composites based on battery recyclates (December 2027)
Gfunk: Polymer composites based on battery recyclates with enhanced mechanical properties (December 2028)
Fuzit: Feed composition for materials containing recycled content from battery processing (December 2028)
Ztech: Technology for effective decomposition of end-of-life or defective batteries (September 2028)
Fuzit: System for safe disassembly of battery packs (December 2028)
Gfunk: Nanofiber structure incorporating separated plastics from batteries (June 2028)
Fuzit: Composite material incorporating nanofibers and separated plastics (December 2028)
Ztech: Verified technology for producing nanofiber filtration membranes with elements of battery recyclates (September 2028)
Gfunk: Recycled electrolyte and its application in subsequent industrial processes (September 2028)
Ztech: Processing of stabilization waters using biotechnological methods and nanomaterials (September 2028)
Fuzit: Combined composite system for processing stabilization waters (December 2028)
Gfunk: Liquid sample produced by chemical recycling of separators from used batteries (September 2028)
Ztech: Verified technology for solvolytic-thermal recycling of a selected type of separators from waste batteries into a liquid product, focused on its reuse in battery manufacturing or the petrochemical industry (September 2028)