How E-Waste Recycling Helps Indian Corporates Comply with SEBI’s BRSR Framework

Environmental responsibility is becoming an increasingly important part of corporate reporting in India. Large companies are no longer expected to focus only on financial performance. Investors, customers, employees and other stakeholders are increasingly interested in how businesses manage environmental resources, waste, emissions and social responsibilities.

One of the important reporting frameworks for listed companies in India is SEBI's Business Responsibility and Sustainability Reporting (BRSR) framework.

For companies preparing BRSR disclosures, e-waste management can be an important part of the broader environmental story. Computers, servers, monitors, networking equipment, batteries, industrial electronics and other devices eventually reach the end of their useful lives. How these materials are collected, reused, recycled and documented can contribute to a company's sustainability management and reporting processes.

However, e-waste recycling should not be viewed simply as a way to "fill in" a BRSR report. A better approach is to establish a genuine waste-management system and then use the resulting records to support accurate reporting.

What Is BRSR?

Business Responsibility and Sustainability Reporting, or BRSR, is a sustainability reporting framework introduced by the Securities and Exchange Board of India (SEBI).

The framework is based on the National Guidelines for Responsible Business Conduct (NGRBC) and is intended to provide stakeholders with information about a company's environmental, social and governance-related performance.

BRSR covers areas such as:

• Governance

• Environmental performance

• Resource use

• Energy

• Water

• Emissions

• Waste management

• Employee-related matters

• Social responsibility

• Responsible business practices

The exact reporting requirements and applicability depend on the company and the current SEBI framework.

Because reporting requirements can change, companies should always refer to the latest SEBI requirements rather than relying on an old reporting template.

Why E-Waste Matters to Corporate Sustainability

Modern companies depend heavily on electronics.

An organisation may use:

• Laptops

• Desktop computers

• Monitors

• Servers

• Network equipment

• Printers

• Smartphones

• Tablets

• UPS systems

• Batteries

• Industrial control systems

• Laboratory equipment

• Security equipment

Eventually, these assets become obsolete or unusable.

If they are sent through uncontrolled disposal channels, the company may lose valuable materials and have limited visibility into their environmental destination.

A structured e-waste programme provides a better alternative.

BRSR Requires Better Visibility Into Waste

One of the practical benefits of a formal e-waste programme is that it creates measurable information.

Instead of saying:

"We recycle our old computers."

a company can maintain records showing:

• Number of devices retired

• Weight of e-waste generated

• Quantity sent for recycling

• Quantity reused

• Quantity refurbished

• Battery quantities

• Recycling documentation

• Data-bearing equipment processed

This creates a stronger evidence base for sustainability reporting.

Start With an E-Waste Inventory

Before reporting anything, the company needs to know what electronic waste it generates.

A corporate e-waste inventory can include equipment from:

IT Departments

Computers, laptops, servers, monitors and networking equipment.

Facilities

UPS systems, electronic access-control systems and building-management equipment.

Manufacturing

PLCs, HMIs, industrial PCs, drives, sensors and control electronics.

Laboratories

Testing instruments, analysers and electronic measurement equipment.

Security

CCTV cameras, DVRs, NVRs and access-control hardware.

Employee Devices

Mobile phones, tablets and other corporate electronics.

This gives sustainability teams a more complete picture of the company's electronic waste.

Track Reuse Before Recycling

A strong sustainability programme should not treat recycling as the only solution.

A laptop that can be reused does not necessarily need to become recycling material.

Companies can consider:

Reuse → Refurbishment → Recycling

For example, a company may retire 1,000 laptops during a technology refresh.

Perhaps:

• 300 are redeployed.

• 200 are refurbished.

• 100 are returned to a leasing provider.

• 400 are sent for recycling.

These different outcomes should be tracked separately.

This provides a much clearer picture of resource efficiency than simply recording "1,000 laptops disposed."

Data Security and E-Waste Management Are Connected

Corporate e-waste management also has an information-security component.

Retired devices can contain:

• Employee information

• Customer data

• Financial records

• Business documents

• Emails

• Databases

• Source code

• Network credentials

Before equipment is reused or recycled, storage devices should be handled according to the company's data-security procedures.

Depending on the circumstances, data may be securely sanitised for reuse or storage media may be physically destroyed.

Although data security is not itself an environmental metric, a responsible IT asset-disposal programme should integrate both concerns.

Maintain a Chain of Custody

For corporate sustainability reporting, documentation is important.

A company should ideally be able to trace equipment through its disposal process:

Asset identified → Retired → Collected → Data secured → Transported → Reused/Recycled

Records can include:

• Asset ID

• Serial number

• Equipment category

• Collection date

• Quantity

• Weight

• Recycler details

• Data destruction records

• Recycling documentation

This provides an audit trail for the organisation's internal sustainability processes.

E-Waste Recycling Supports Resource Recovery

Electronic devices contain materials that can be recovered through appropriate recycling.

Depending on the equipment, recycling processes may recover:

• Copper

• Aluminium

• Steel

• Plastics

• Glass

• Electronic components

• Other valuable materials

This contributes to the broader concept of a circular economy.

Instead of treating an obsolete computer as worthless waste, responsible recycling allows useful materials to re-enter manufacturing and resource systems.

For corporates, this creates a stronger sustainability narrative than simply sending old equipment to disposal.

Connect Procurement With End-of-Life Management

A company's sustainability strategy should not begin when a device becomes waste.

Procurement teams can consider end-of-life factors when purchasing technology.

For example:

• Is the equipment durable?

• Can it be repaired?

• Can components be replaced?

• Can it be upgraded?

• Does the manufacturer provide take-back options?

• Can it be responsibly recycled?

• Is there a refurbishment programme?

This creates a technology lifecycle:

Purchase → Use → Maintain → Upgrade → Reuse → Refurbish → Recycle

Such lifecycle thinking can support broader sustainability goals.

Choosing the Right E-Waste Recycling Partner

A company's BRSR reporting is only as reliable as the underlying information.

Therefore, businesses should select recycling partners that can provide appropriate documentation and traceability.

Important factors include:

• Relevant regulatory registrations or authorisations

• Corporate e-waste collection capability

• Data destruction procedures

• Asset tracking

• Battery handling

• Recycling infrastructure

• Downstream processing

• Collection records

• Recycling certificates or processing documentation

Companies should also understand whether the recycler processes materials directly or uses downstream facilities.

Quantifying E-Waste

One of the most useful improvements a company can make is moving from vague descriptions to measurable information.

Instead of recording:

"Large quantities of electronic waste were recycled."

the organisation can maintain data such as:

The actual figures should come from the company's own records.

BRSR Should Reflect Actual Operations

Companies should avoid collecting numbers simply because they look good in a sustainability report.

If the organisation recycled 500 kg of e-waste, it should report the appropriate figure based on its records.

If equipment was reused rather than recycled, that should be reflected accurately.

If the company cannot measure a particular category reliably, it is better to improve the measurement process than estimate unsupported figures.

Good sustainability reporting starts with good operational data.

E-Waste and the Circular Economy

Responsible e-waste management can contribute to a company's circular-economy strategy.

The traditional model looks like:

Buy → Use → Discard

A circular model aims for:

Buy → Use → Repair → Reuse → Refurbish → Recover Materials

This can reduce the demand for new resources and extend the useful life of electronic products.

For large technology-intensive organisations, this approach can be particularly relevant because electronics represent a significant part of their physical asset base.

E-Waste Management Across Multiple Offices

Large Indian corporates may operate offices in:

• Bengaluru

• Chennai

• Hyderabad

• Mumbai

• Delhi

• Pune

• Kochi

• Coimbatore

• Noida

• Gurugram

Each location can generate its own e-waste.

Without a centralised system, sustainability teams may struggle to obtain accurate information.

A standardised process can require every office to report:

• Equipment retired

• Quantity

• Weight

• Reuse

• Recycling

• Batteries

• Collection dates

• Recycling documentation

The corporate sustainability team can then consolidate the information.

Build E-Waste Into Annual Sustainability Planning

E-waste should not be treated as an emergency activity whenever the IT department has old computers.

Companies can establish annual targets for:

• Asset reuse

• Refurbishment

• Recycling

• Data security

• E-waste segregation

• Employee awareness

• Documentation

These targets should be realistic and based on actual business operations.

The objective should be to improve the company's waste-management system rather than simply create impressive-looking numbers.

Common Mistakes to Avoid

Treating BRSR as a paperwork exercise

Reporting should be based on genuine operational practices.

Measuring only office computers

Manufacturing, laboratories, security and facilities can generate significant e-waste.

Ignoring reuse

Reuse can often be preferable to immediate recycling.

Losing disposal records

Without documentation, accurate reporting becomes difficult.

Using informal disposal channels

This can reduce traceability and create environmental and compliance concerns.

Reporting unsupported figures

BRSR data should be backed by reliable internal records.

A Practical E-Waste and BRSR Workflow

Companies can establish a simple annual process:

1. Identify
Map electronic equipment across all facilities.

2. Inventory
Track assets reaching end-of-life.

3. Classify
Separate reuse, refurbishment, return and recycling.

4. Secure data
Sanitise or destroy storage devices.

5. Collect
Use appropriate corporate e-waste collection channels.

6. Recycle
Send end-of-life equipment through suitable recycling routes.

7. Document
Maintain quantities, weights and processing records.

8. Consolidate
Combine information across facilities.

9. Review
Check data for completeness and consistency.

10. Report
Use verified operational information in the applicable sustainability disclosures.

Conclusion

E-waste recycling can play a useful role in helping Indian corporates build the operational systems needed for credible sustainability reporting under the BRSR framework.

The real value does not come from simply obtaining a recycling certificate at the end of the year. It comes from creating a complete process that identifies obsolete electronics, prioritises reuse and refurbishment, protects sensitive data, segregates batteries, measures waste and maintains traceable recycling records.

For large companies, this process can also connect IT asset management, procurement, facilities, sustainability and information security.

As BRSR and corporate sustainability reporting continue to evolve, companies that maintain reliable environmental data throughout the year will be in a much stronger position than those trying to reconstruct their waste information at reporting time.

The goal should therefore be simple: manage e-waste responsibly first, measure the results accurately, and let the reporting reflect what the company actually does.