Entries for Lithium-Ion Battery Recycling Prize

Developing a compression combustion method to cover recycle costs through re-fabrication and reduce recycle costs

As an electronic recycler, BatterEASE reclaims and rejuvenates batteries to create affordable energy solutions for underserved communities.

Using off-gas detection technology to preemptively detect and prevent battery fires, improve battery recycling safety and reduce cost.

Utilizing a database system to manage the flow of unlabeled batteries for ideal recycling output material.

Developing a solution utilizing laser cutting to access battery pack casing efficiently.

BRs and SNT will develop and economic model centered around maximizing battery value and minimizing logistics cost through partnership.

Automated battery sorting using machine learning and chemical/physical property measurements for more effective direct battery recycling.

A cloud-based platform to enable a new paradigm of collection, assessment, and re-distribution of previously used lithium-ion batteries.

Creating 4 collection & storage sites around the country to collect EV LIBs from automotive scrapyards. Test for second life, then recycle.

I propose a fully automated complex for extraction of cathode material from various LIBs regardless of their chemical composition.

Novel algorithms & hardware to use cyclic voltammetry (CV) & impedance spectroscopy (EIS) for battery chemistry, SOC, and SOH determination.

3-fold initiative; Moral obligation through high profile means, Motivation’s that are proven to lessen footprint, Method of safe aggregation

RePower program is a full-life-cycle system that covers the costs of collection & recycling with a profitable 2nd-life life battery program.