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What if the waste lying around Indian farms, factories and garages could become a billion-dollar business?
That is the opportunity Kamlesh Jain identified in the metal recycling industry.
In 2013, while working in his family's metal business, Jain noticed the enormous amount of value being lost in discarded batteries and other metal waste. Used car batteries, inverter batteries and industrial batteries still contained valuable lead.
Instead of treating them as waste, he saw them as an alternative source of raw material.
That insight eventually helped transform the family's traditional metal business into Jain Resource Recycling, a major non-ferrous metal recycling company focused on lead, copper and aluminium.
Today, the company has built an international sourcing network and supplies recycled metals to customers across multiple industries.
Key Highlights
Kamlesh Jain identified battery waste as an opportunity while working in his family's metal business.
The company shifted from traditional metal processing toward large-scale recycling.
Its automated battery-breaking process can produce lead with reported purity of up to 99.97%.
Jain Resource Recycling's lead was registered on the London Metal Exchange under the brand JAN 9997.
The company sources scrap from more than 120 countries.
It processes lead, copper, aluminium and other non-ferrous materials.
The business has grown from a family enterprise into a large publicly listed recycling company.
Its story demonstrates how waste can become a valuable raw material in a circular economy.
The Opportunity Hidden Inside Battery Waste
India generates enormous quantities of used batteries every year.
Traditional recycling methods often involved manually breaking batteries and processing the recovered material through less sophisticated systems.
The resulting lead could have lower purity, limiting the applications and value of the recycled metal.
Kamlesh Jain saw an opportunity to solve both problems
How could the company recover valuable metals from waste while producing a higher-quality product?
That question became the foundation for the company's transformation.
The Big Shift: From Metal Trading to Recycling
The Jain family already had experience in the metals business.
But in 2013, Kamlesh Jain began strategically moving the business toward battery recycling and other non-ferrous metal recovery.
The idea was simple
If valuable metals already exist inside discarded products, why extract all of that metal from new mining operations when it can be recovered from waste?
This created a circular model where discarded materials could become industrial raw materials again.
The Technology Advantage
One of the company's important developments was the shift from manual battery breaking toward automated processing.
Instead of relying primarily on labor-intensive methods, Jain Resource Recycling developed and installed automated battery-breaking systems.
The process separates the different components of used lead-acid batteries and enables the recovery and refining of lead.
According to the information provided, the company can produce lead with purity of up to 99.97%.
That level of purity is important because recycled metal is ultimately competing with primary metal used by demanding industrial customers.
Why 99.97% Purity Matters
At first glance, the difference between 96% and 99.97% purity may appear small.
In industrial metals, however, purity can significantly influence the quality, applications and marketability of the final product.
Higher-purity recycled metal can meet more demanding specifications and potentially access higher-value markets.
This helped Jain Resource Recycling move beyond simply being a scrap processor.
The company could position itself as a producer of industrial-grade recycled raw materials.
From Batteries to Copper and Aluminium
The company did not stop with lead-acid batteries.
It expanded its recycling operations across several non-ferrous metals, including:
Lead
Copper
Aluminium
Zinc
Tin
Metal alloys
Plastic and other recyclable materials
This diversification allowed the company to serve a much broader industrial customer base.
Its customers include businesses operating across automotive, battery manufacturing, electrical, electronics, power transmission and other industrial sectors.
The JAN 9997 Milestone
One of the company's biggest international milestones came in 2023.
Its refined lead was registered with the London Metal Exchange under the brand name JAN 9997.
LME registration is significant because the London Metal Exchange is a major global marketplace and reference point for industrial metals.
For a recycled-metal producer, meeting the required quality standards can help establish credibility with international buyers.
The JAN 9997 registration therefore represented more than a branding exercise.
It demonstrated that recycled metal could meet internationally recognized quality requirements.
From Chennai to the Global Market
Jain Resource Recycling is headquartered in Chennai, Tamil Nadu.
Its location provides access to India's industrial ecosystem as well as international shipping routes through the region's port infrastructure.
The company has built a global scrap-sourcing network spanning more than 120 countries.
Instead of depending entirely on domestic scrap, the company can source materials internationally, process them and supply refined products to industrial customers.
This creates a global circular-economy business model
Global Scrap → Recycling & Refining → High-Purity Metal → Industrial Customers
The Business Behind the Recycling
The company's business model is fundamentally based on converting low-value scrap into higher-value raw materials.
The process broadly involves
Sourcing scrap metal
Collecting and transporting the material
Sorting and processing the scrap
Recovering valuable metals
Refining the recovered material
Producing standardized metals and alloys
Selling them to industrial customers
The economics depend on sourcing efficiently, recovering as much valuable material as possible and maintaining the required quality standards.
A Family Business That Became a Listed Company
What began as a legacy family business eventually evolved into a much larger industrial enterprise.
Jain Resource Recycling was incorporated as a public entity in 2022, following the family's long history in the metals industry.
The company subsequently entered the public markets through an IPO.
The IPO reportedly raised ₹1,250 crore, including a fresh issue and an offer for sale.
The company's public listing marked another major milestone in the transformation of the family business.
The Financial Scale of the Business
According to the financial information provided, Jain Resource Recycling generated approximately ₹9,500 crore in revenue in FY26.
The business has also reported substantial profitability, with FY26 net profit in the range of approximately ₹327–346 crore based on the figures provided.
Its revenue is primarily driven by its non-ferrous metal portfolio, with copper and alloys representing a significant share, followed by lead, zinc and tin.
This demonstrates how recycling can become a large-scale industrial business rather than simply a waste-management operation.
Why Recycling Can Become a Huge Business
The opportunity extends beyond environmental benefits.
Industries require enormous quantities of metals.
At the same time, extracting new metals through mining requires significant resources, capital and energy.
Recycling creates another source of supply.
A used battery can therefore be viewed in two completely different ways
Waste → Disposal Problem
or
Used Battery → Recoverable Lead → Industrial Raw Material
The second perspective is where the economic opportunity lies.
The Challenges of Scaling
Building a large recycling business is not easy.
Global Scrap Sourcing
The company needs a reliable supply of scrap at competitive prices.
This requires relationships with suppliers across multiple countries and efficient logistics.
Commodity Price Volatility
Metal prices can fluctuate significantly.
Changes in global commodity prices can directly affect revenue, margins and inventory economics.
Manufacturing Complexity
Recycling facilities require substantial capital investment and sophisticated equipment.
Unlike a software startup, scaling capacity requires physical infrastructure.
Regulatory Requirements
Metal recycling involves environmental, safety, transportation and waste-management regulations.
Companies need to maintain compliance while operating at scale.
What's Next for Jain Resource Recycling?
The company is increasingly expanding beyond its traditional lead-recycling operations.
Its growth strategy includes greater focus on copper products and additional recycling opportunities.
The company is also exploring areas such as
E-waste recycling
Solar-panel recycling
Antimony recovery
Plastic recycling
Additional international recycling capacity
This could position the company to benefit from the increasing demand for recycled materials across multiple industries.
The Bigger Lesson From Kamlesh Jain's Journey
The most interesting part of Jain Resource Recycling's story is not simply its scale.
It is the shift in perspective.
Kamlesh Jain looked at something that many people considered waste and asked:
"How much valuable material is still trapped inside it?"
That question transformed the direction of a family business.
Instead of competing only in traditional metal processing, the company built a business around recovering resources that had already been mined, manufactured and eventually discarded.
What Entrepreneurs Can Learn From This Story
Waste Can Be a Raw Material
Many industries classify materials as waste because they no longer have value in their current form.
Entrepreneurs can create businesses by finding ways to recover that hidden value.
Technology Can Change the Economics
Automation and better processing can turn a low-value recycling operation into a high-quality industrial manufacturing business.
Quality Creates Market Access
Producing recycled metal is not enough.
Producing it at internationally accepted quality standards can unlock significantly larger markets.
Old Businesses Can Create New Opportunities
Kamlesh Jain did not necessarily need to start from zero.
He used the experience, relationships and knowledge of an existing family business and redirected it toward a new opportunity.
Summary Takeaway
💡 **Key Takeaway:
- Kamlesh Jain's journey shows that some of the biggest business opportunities can be hidden inside things people throw away. By shifting his family's traditional metal business toward technology-driven recycling, focusing on high-purity metals and building a global sourcing network, he helped turn scrap batteries and other metal waste into a large-scale circular-economy business.
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