From collection to critical mineral recovery — every stage is controlled, documented, and environmentally compliant.
Each battery moves through controlled stages — from collection to refined, recovered materials.
OEM / Scrap Dealer
Logistics Partner
IMT Manesar
Material Segregation
Secure Handling
Ahmedabad
Automated grading and screening.
Safe discharge and neutralisation.
Mechanical shredding and separation.
Final Recovered Materials
Every lithium-ion battery has a story.
In today's world, lithium-ion batteries power everything—from the phone in your hand to electric vehicles on our roads and renewable energy storage shaping tomorrow.
But what happens when that battery reaches the end of its life? For many, it becomes environmental waste, posing risks to our ecosystem if not handled correctly.
For Saava Greens Pvt. Ltd., it becomes a responsibility. We ensure these batteries are diverted from landfills and channeled into a scientific recovery process.
From collection to critical mineral recovery — every stage is controlled, documented, and environmentally compliant.
STEP 01 · Authorised Sources Only
The process starts with authorised collection from OEMs, battery partners, and scrap aggregators. Instead of unsafe disposal, end-of-life batteries enter a regulated recycling chain designed to protect the environment and recover valuable resources.
Every collection is accompanied by proper documentation, ensuring traceability from source to processing and full regulatory compliance at the point of intake.
STEP 02 · Moving with Care
Lithium-ion batteries can still contain residual energy, making safe transport critical. Every shipment follows strict safety protocols, proper packaging, and regulated logistics standards to ensure safe movement of materials.
Our transport partners are trained in hazardous material handling, and all movements are tracked with GPS-enabled logistics to maintain chain-of-custody integrity.
STEP 03 · Turning Waste into Organised Resources
At our facility, all incoming batteries are received & documented, inspected for safety, and sorted by chemistry & format.
This ensures complete traceability and prepares the materials for efficient recycling. Sorting by chemistry (LFP, NMC, LCO, NCA) enables the most effective downstream processing routes.
STEP 04 · Where Transformation Begins
After sorting and preparation, materials are transported to our advanced lithium-ion recycling plant in Ahmedabad. This is where battery waste begins its transformation into valuable resources.
The Ahmedabad facility is equipped with the infrastructure, technology, and regulatory authorisations required to safely process diverse battery chemistries at scale.
STEP 05 · Where Science Meets Sustainability
Inside the facility, advanced processes safely break down battery components across three controlled stages.
Safe Discharge: residual energy is neutralised to ensure safe processing and eliminate fire risk before mechanical handling.
Mechanical Processing: screening and separation remove impurities and isolate different material fractions with precision.
Controlled Shredding: batteries are carefully shredded under inert or controlled atmospheres to unlock the valuable materials inside.
This is the moment where waste becomes opportunity.
STEP 06 · From Waste to Critical Resources
Our recycling process recovers important materials, including Copper, Aluminium, Iron and Black Mass Powder.
Black mass contains Lithium, Nickel, Cobalt, and Manganese — the critical minerals used to manufacture new batteries and essential to the global clean energy transition.
STEP 07 · Powering the Next Generation
Recovered materials re-enter the battery manufacturing supply chain, supporting new battery production and reducing the demand for virgin mineral extraction.
Nothing wasted. Everything recovered.
This is how circular battery recycling works.
With a 10,000 MT annual recycling capacity, Saava Greens supports India's transition to clean energy by delivering a domestically operated, vertically integrated battery recycling solution.
Every battery processed contributes to the development of a self-sufficient Indian battery material supply chain, reducing import dependency and supporting local industrial growth.
OUR VIEW
Recycling is not the end of a battery. It is the beginning of its next life.