Supplying You The Future
Lithium-ion battery recycling | Critical materials | Energy storage solutions
Revive Materials is a vertically integrated company determined to Recycle & Repurpose
Lithium-ion battery packs and Solar Panels
By solving the global end-of-life Lithium-ion battery problem, we create a secondary supply of critical battery materials and energy storage systems to meet the increasing demand, while also ensuring a sustainable future for our planet.
Our vision for a Carbon Neutral Future
Closed-loop supply chain
At Revive Materials, our main aim is to get valuable materials from lithium-ion batteries and put them back into the supply chain. We want to create a completely closed-loop system for these batteries to address global problem of spent batteries.
We recover resources from batteries in a safe and eco-friendly way, making it cleaner and more ethical. We strongly believe that reusing batteries and recycling them is the best way to be sustainable and create long-lasting value.
The urgency of global electrification has become paramount, necessitating an accelerated shift away from reliance on fossil fuels.
27%
Surging battery demand
Lithium-ion batteries demand estimated to grow 27% annually to reach 4700 GWh by 2030
30%
Battery energy storage systems
21.6%
Recycling
Demand for lithium-ion batteries to be recycled is estimated to grow 21.6% annually by 2030
Refurbished batteries play a crucial role in lessening the environmental impact of the battery supply chain.
Revitalizing our electric vehicle (EV) batteries not only boosts their commercial value but also lessens their environmental footprint. This results in a dual advantage by offering silent and eco-friendly energy storage for a diverse array of applications.
A different approach, using a new method of recycling.
Our approach aims to streamline the cathode material recovery process, reducing both costs and the number of steps involved. This enables the remanufacturing of cathode materials for reuse in new batteries, contributing to a minimal environmental footprint.