Initializing Circular Intelligence

Circular Battery Intelligence Platform

Powering the Future with Circular Battery Intelligence

Creating a circular supply chain of critical battery materials to power the next generation energy source for a sustainable world.

Impact Snapshot

Recovery

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Water Saving

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CO2 Reduction

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Battery Crisis Story

From Battery Waste to Strategic Circular Value Creation

As EV adoption accelerates, battery end-of-life management has become a strategic necessity. Elgreen transforms waste streams into high-value recovered materials while enabling safer, software-tracked lifecycle intelligence.

Animated timeline

2022

Incorporated

Elgreen Metex Private Limited established in Gautam Buddha Nagar, Uttar Pradesh.

2023

Technology Build

Indigenous process stack for dismantling, separation, and recovery pathways.

2024

Business Process Scale

Hub-and-spoke collection + in-house tracking software workflows.

2026+

Cathode Vision

Roadmap toward cathode manufacturing using recycled feedstock.

Circular infinity loop

Battery Circular Economy

Ecosystem Flow

Eight-Stage Circular Supply Chain

From raw material extraction to second-life deployment, Elgreen closes the loop with a full-stack operational ecosystem.

01

Raw Material

Extraction

Lithium, cobalt, nickel, and manganese extraction.

02

Refining

Battery-grade compounds

Refining into lithium carbonate and nickel sulfate.

03

Manufacturing

Pack assembly

Cell and battery assembly for market deployment.

04

Usage

First life

Batteries power EVs and electronics.

05

Collection

Reverse channel

End-of-life batteries collected from partner networks.

06

Sorting

Chemistry routeing

Sorting and separating by chemistry and condition.

07

Recycling

Recovery

Mechanical and chemical recovery of critical materials.

08

Second Life

Circular value

Reusable systems and recovered outputs re-enter the chain.

Indigenous Recycling Technology

Two-Stage Process: Mechanical + Hydrometallurgy

Integrated process stack engineered for high purity, low emissions, and scalable throughput.

Stage 1: Mechanical

Dismantling & Discharging
Mechanical Treatment & Separation
Black Mass Generation

Stage 2: Hydrometallurgy

Acid Leaching
Precipitation of Impurities
Lithium, Cobalt, Nickel, Manganese Extraction

Animated pipeline flow

Zero hazardous air emissions through non-pyro processing.
Wet black mass extraction with zero material waste.
Up to 99.3% purity extraction.
Patent filed for unique process and machinery design.

Material Breakdown

Inside Lithium-Ion Cell: Exact Material Composition

Material breakup aligned to deck data with donut + bar visualization.

Donut chart: material breakup

Animated bars

Graphite50%
Cobalt22%
Manganese14%
Steel10%
Aluminium9%
Copper8%
Lithium + Nickel14%
Black Mass: 50% • Others (plastics, electrolyte, etc.): 22%

Elgreen ESG Impact

Measured Carbon and Water Advantages

Compared with traditional mining and refining, Elgreen’s process delivers quantifiable ESG gains.

Water reduction

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CO2 saved (extraction)

0 kg

CO2 saved (reuse)

0 kg

GHG reduction

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Emission reduction potential

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Hazardous emissions

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GHG / CO2 comparison

Climate ActionLife on LandSustainable CitiesAffordable Clean EnergyResponsible Consumption

Business Model

Hub & Spoke Operating Architecture

Reverse logistics, testing, processing, and resale synchronized with in-house software tracking.

Collection via HUB and SPOKE model in India
Testing via in-house proprietary technology
Process tracking on each step via in-house asset management software

Step 1

Reverse logistics

Battery collection from distributed spokes

Step 2

Sorting & testing

Chemistry, health, and traceability checks

Step 3

Processing

Mechanical + hydromet process chain

Step 4

Material resale

Recovered battery-grade output sold into value chain

Future Roadmap

From Recycling to Cathode Manufacturing

Strategic roadmap focused on deeper value capture and lower carbon, lower cost cell pathways.

Phase 1: RecyclingPhase 2: Second LifePhase 3: Cathode Manufacturing

Cost contribution to cell

Current

61%

Target

17%

CO2 reduction

Current

Legacy pathway

Target

5X lower with recycled pathway

Leadership & Team

Founding Leadership and Operating Experts

Execution-focused team spanning technology, plant operations, finance, and growth strategy.

CEO & Director

Ramneek Chopra

Serial entrepreneur with 20+ years of experience building high-growth ventures.

COO

Dr. Kritika Chopra

Expert in lithium-ion technology, cell development, and advanced material recovery.

General Manager, Plant Operations

Prashant Pant

13+ years. Ex Thyssenkrupp, Ex M&M, Ex Tata Steel, Ex Jindal, Ex CK Birla Group.

General Manager, Finance

Pankaj Chaudhary

17+ years across multimodal logistics, manufacturing, and real estate finance.

+15 Amazing Teammates

Trust & Compliance

Elgreen Metex Private Limited

Verified legal details for investor trust and governance confidence.

Incorporated
20 Oct 2022
Location
Gautam Buddha Nagar, UP
Authorized Capital
₹1 Cr
Paid-up Capital
₹50 Lakh

Directors

  • Ramneek Mohan Chopra (DIN: 00927303)
  • Jagdish Prashad Sharma (DIN: 07700323)
Download Company Profile

Partnerships & Investor Conversations

Build Circular Battery Infrastructure with Elgreen Metex

Reach out for strategic partnerships, recycling collaboration, OEM integration, and long-term circular supply agreements.