Lithium ion battery recycling, reuse, and Li-Ion battery manufacturing

Advancing circular lithium-ion battery manufacturing and recycling

LOHUM powers next-gen li-ion battery mobility & energy solutions; gives batteries multiple lives through reuse technology, and makes battery materials last forever through lithium ion battery recycling.

LOHUM creates enhanced customer value through 3 primary technologies:

Li-ion Battery Manufacturing

Lithium-ion batteries for low-power mobility & stationary applications.

Li-ion Battery Reuse

Re-purposing used battery packs, modules and cells to create new batteries.

Li-ion Battery Material Recycling

Lithium ion battery recycling to extract battery materials for reuse.

Our goal was to develop technology that maximizes sustainability across the battery life cycle. Through our battery manufacturing, reuse and recycling capabilities we are able to provide the most efficient, sustainable and cost-effective solutions for our customers.

Rajat Verma

Fully Integrated Circular Battery Technology

Zero Waste & Circular Economy

Lithium ion Battery Life Cycle Model
A li-ion battery can have multiple lives. And battery materials are very valuable. Lohum’s technology and model are designed to maximize value and sustainability over a lithium ion battery’s life cycle. Our goal is to lower the costs of electrification, both economically and environmentally, through an integrated model.

Cycle Process
The major cycles are:

Manufacturing lithium ion battery
Testing used lithium batteries collected from multiple sources and re-deploying the useable cells into 2^nd life batteries
Lithium ion battery recycling can help recover valuable materials such as cathode, anode, and other parts from non-reusable batteries that have reached the end of their lives.

Advantages
The used lithium ion batteries can be productive in the right application for at least another 3 years. The reclaimed materials are of higher quality than traditional mining and are ready to be used in the process to manufacture new batteries. This closed-loop process is executed in a seamless, cost-effective, and environmentally sustainable manner. And it can be repeated endlessly. The result unlocks a new way to think about the possibilities of electrification.