Recarbon

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From Lithium-ion batteries, our proprietary process yields high-grade products with zero waste and emissions. Embrace sustainability with us and unlock a greener future!

Black Mass

Our innovative battery recycling method employs a unique proprietary process to recover valuable Black Mass from discarded Li-ion batteries. Through meticulous extraction, we achieve purity levels under 1%, showcasing our commitment to sustainability and resource efficiency. Salvaging Black Mass minimises electronic waste and ensures premium recovered materials, setting a new standard in recycling. This substance, enriched with lithium, cobalt, nickel, and more, becomes a sought-after resource for battery manufacturers. By integrating this recycled Black Mass into production, industries can reduce their carbon footprint and resource dependency, aligning with greener practices. This approach supports a circular economy, driving responsible manufacturing and a brighter, sustainable future for all.

Lithium Carbonate

Derived from the meticulous extraction of used Lithium-ion batteries, our Lithium Carbonate stands out for its exceptional quality, making it an ideal choice for various applications. Our extraction process is characterised by stringent measures that ensure the highest level of quality and purity.

To begin, we carefully source discarded Lithium-ion batteries, subjecting them to a rigorous sorting and evaluation process. Through advanced techniques, we recover Lithium Carbonate with a focus on maintaining its integrity and composition. Our state-of-the-art purification procedures involve removing impurities to an extent that meets or exceeds industry standards. This results in a Lithium Carbonate product that not only meets but surpasses the stringent quality requirements for battery cell production. Our commitment to excellence ensures that the Lithium Carbonate derived from used batteries is a reliable and sustainable resource, contributing to various industries while upholding environmental responsibility.

Cobalt

Our premium Cobalt Sulphate is extracted meticulously from end-of-life Lithium-ion batteries. Our process prioritises quality, ensuring the product meets industry demands. Advanced sorting, evaluation, and purification guarantee a high-grade output. Ideal for Cobalt-containing cathode materials, it serves Lithium-ion and Lithium polymer battery cells, advancing energy storage technology responsibly.

Nickel Sulphate

With expertise, we extract top-tier Nickel Sulphate from used Lithium-ion batteries, exemplifying our commitment to sustainability and innovation. This exceptional resource is a prime candidate for manufacturing both Lithium-ion and Lithium polymer batteries, thanks to its superior quality. Our extraction process prioritises maintaining purity and integrity, ensuring optimal performance in energy storage applications. By repurposing spent batteries, we contribute to a greener future while enabling advancements in battery technology.

Manganese

High-grade Manganese Carbonate, extracted with precision from spent Lithium-ion batteries, emerges as a valuable and adaptable resource. Its significance is seen across diverse chemical applications, harnessing its versatility effectively. Moreover, it assumes a pivotal role in the creation of Lithium-ion battery cells, contributing to their performance and longevity. This resourceful extraction process not only promotes sustainable practices but also addresses the growing demand for eco-friendly materials in battery production. As an exceptional component, High-grade Manganese Carbonate showcases its potential to revolutionise both the chemical industry and the advancement of energy storage technologies, underlining its multifaceted importance in a rapidly evolving world seeking innovative and responsible solutions.