Our Battery Recycling R&D Lines recover the volatile organic compounds (VOCs) of the electrolyte. VOC Condensation enables further R&D regarding the re-use of the VOC components.
#batteryrecycling
We are now offering R&D Lines for research and development in battery recycling. Our intensive mixing step dries, de-laminates and deagglomerates battery shreds and black mass at 5 mbar abs.
Please follow us (@NoCanary) to get the updates in the coming days.
#batteryrecycling
We are now offering R&D Lines for research and development in battery recycling. The first details about the vacuum crusher:
It works at 5 mbar abs. of up to 1.000 kg/h of battery cells and modules with Data logs and Video Process Surveillance
#batteryrecycling
No Canary’s Battery-to-Black Mass Technology ensures the energy-efficient recovery of raw materials from lithium-ion batteries. The batteries are crushed in a vacuum and ... read more: https://t.co/6JlZnN7GRG #batteryrecycling#lithium#lithiumionbattery#recycling
Have a look at our new website. It is about No Canary's endeavor to offer High-Performance Plug-and-Play Recycling Lines for Lithium-Ion Batteries.
Have a look: https://t.co/w5TUGRe5Kz
@hanseric "-Prod scrap more important for recycling than EOL"
That is the most important open secret in battery recycling for the next decade. The volume of production scraps is systematically underestimated.
-EV batteries will have an average life of 15 years
-Export of vehicles drives volumes out of EU
-Prod scrap more important for recycling than EOL
Some findings in The lithium-ion Battery Life Cycle Report.
Executive summary+sample pages now available at https://t.co/6ZH8f1ZObE