LIFE LIBAT Layman's Report
LIFE LiBat OPEN DAY!
The virtual open day of the LIFE LiBat project (LIFE16 ENV/IT/000389) regarding the "Recycling of primary LIthium BATteries by mechanical and hydrometallurgical operations" will be held on 24 June 2021 (9:30 -13:30).
In PDF you can find the programme of the event!
To participate we ask you to fill in the following form. The link to the online platform for the event will be sent to the email you indicate in the form a few days in advance.
Ecomondo 2020 digital edition
Ecomondo 2020 digital edition: LIFE funding for your circular ideas
It is possible to see the contribution of Prof. F. Pagnanelli, project manager of the LIFE-LIBAT project at the following link:
Life Libat - videos on YouTube!
See the new videos of the LifeLiBat project on YouTube!
click here for the LIFE LiBat - Primary Lithium Batteries Recycling Plant: https://www.youtube.com/watch?v=7v4BNabCyd4
New article available now!
Cryo-Mechanical Treatment and Hydrometallurgical: Process for Recycling Li-MnO2 Primary Batteries with the Direct Production of LiMnPO4 Nanoparticles. P.G Schiavi et al., 2020.
Life Libat - transferability activity on YouTube!
See the new video of the LifeLiBat project on YouTube now!
click here: https://lnkd.in/dbtZVkj
Theoretical Fundamentals and Practical Implementation of Energy Saving, Resource Conservation and Waste Recycling in the Process Industry, Conference in Rome
The role of batteries in the energy transition, Rome 24/06/2019
An important conference on the role of batteries in the energy transition was held in Rome at the ENEL auditorium in Viale Regina Margherita on June, 25th.
Important technical experts in the field participated in the event.
Prof. Pagnanelli presented the objectives and results achieved to date in the Life LiBat project.
The LIBAT project aims at the pilot-scale demonstration of an innovative process for the recycling of primary lithium batteries (Li (0) / MnO2 batteries). The proposed process integrates a mechanical pre-treatment with a hydrometallurgical treatment in order to recover plastic materials, ferrous metals and non-ferrous metals. The project will allow to increase and reach a recycling percentage greater than 50%.