MMCM: Designing a Digital-First ELV EPR and Circular Carbon Framework
At the IMRC 2026 conference, participants continuously addressed the same issue that exists in the automotive and recycling industries, which is to create effectively measurable, auditable and scalable circularity results from recycling obligations mandated by regulations. Against this back drop, Meta Materials Circular Markets (MMCM) emerged as a company tackling this issue through system design rather than isolated actions.
The IMRC 2026 presented a great opportunity to learn from the MMCM team by engaging with them through their digital-first ELV EPR framework and discussing their operational infrastructure that connects regulatory compliance reporting into one, unified and integrated platform for ELV recycling with authorized demolition and traceable material flows.
Why ELV EPR Is Becoming Central to Automotive Circularity
We had an opportunity to engage with the MMCM and had a talk with Sriram Iyenagar, Senior VP – Operations at Meta Materials Circular Markets (MMCM), providing insights into the company’s digital-first approach to End-of-Life Vehicle (ELV) Extended Producer Responsibility (EPR) and circular carbon frameworks. ELV EPR is not only a regulatory requirement but also a structural requirement that is necessary for sustainable mobility systems. Based upon the presented framework, the MMCM ELV EPR will be implemented effectively through four main goals:
- Protect the environment by preventing pollution through informal ELV dismantling
- Establish formal ELV recycling processes by directing vehicles through regulated channels
- Promote resource efficiency and circularity by maximizing the recovery of metals and materials
- Ensure producer responsibility and compliance with national and emerging EPR regulations
These principles provide the foundation for MMCM's approach to ELV EPR and recognize that ELVs are not simply a waste stream but rather a regulated stream of material for resource recovery.
Key Policy Pillars Underpinning MMCM’s ELV Framework
Based on discussions, MMCM outlined the core policy structures underpinning its ELV EPR framework as follows:
1. Traceable ELV channelization, only through pre-approved channels;
2. Authorized dismantling and recycling, by a registered dismantling or recycling site;
3. Verified material flows, from reclamation through to approved downstream end-use suppliers; and
4. Transparent reporting and audit ability, enabling regulators to apply regulatory oversight and ESG disclosures.
Together, these structures will help resolve historic challenges in the management of ELVs, including fragmentation, opaqueness and compliance risks associated with ELV management.
A Digital Native ELV EPR Framework
A key point in discussions with MMCM was that “compliance will not include a reliance on manual reporting layered onto an informal system. As such, the ELV EPR framework proposed will be developed as a digital solution from the outset.”
Key components include:
Digital ELV Capture
- Digital recording of ELV receipt at scrapping facilities
- Geo-tagged and time-stamped data entries
- Photo and video documentation to support verification
Authorized Processing and End-to-End Traceability
- Processing conducted exclusively at authorized Registered Vehicle Scrapping Facilities (RVSFs)
- Continuous traceability across dismantling, material recovery, and downstream flows
- Vehicle-to-material linkage maintained throughout the process
- Structural support for OEM EPR credit generation
EPR Reporting Enablement
- Mapping of recovered materials to OEM EPR targets
- Automated reporting to reduce compliance burden
- Improved audit readiness for regulators and corporate ESG teams
MMCM positions this architecture as operational compliance infrastructure, rather than a standalone recycling or offset service.
How EPR compliance links into Circular and Carbon outcomes
While ELV EPR compliance is based on regulations and laws, the way of looking at EPR compliance from the MMCM perspective involves creating a foundation for broader Environmental mechanisms. The proposed MMCM platform architecture provides a means for the digital verification of recycling activities to be converted into 'Circular Economy' metrics as well as creating 'carbon-based' instruments, such as ELV based carbon credits.
A key point made in discussions with MMCM was that despite EPR, carbon credits will only be produced when vehicles are processed (or dismantled) through the approved regulated ELV facilities and that the data required to generate the credit is produced only when there is a digitally captured confirmation of the total material recovered, as well as confirmation of GHG emissions avoided.
In essence, the credits produced through this recycling activity are directly linked to the 'physical' industrial activity.
Support for Compliant, Traceable, and Auditable Implementation
One of the key messages presented by MMCM during our discussion was that “the scalable ELV reform depends upon the auditability of the entire process.” By a combined system of the digital capture of data, authorized processing, and reporting enablement within the MMCM platform, MMCM has set out to reduce the fragmentation of the ELV ecosystem and to enhance and support enforcement, compliance and transparency.
Thus, MMCM has positioned itself not only as a service provider but as a builder of the infrastructure for the circular economy in support of OEMs, logistics providers, financial services providers, and policymakers to build verified recycling outcomes into their long-term sustainability strategies.
Greenland America Inc.: Physical Circularity Through Global Scrap Trade
MMCM is responsible for the digital and compliance aspects relevant to circularity, while Greenland America Inc. plays a key role in facilitating the recycling of international metallic resources throughout the world via its presence at the material center of this global recycling economy.
At the conference, we were also able to connect with Greenland America Inc. to determine how they assist in creating international trade flows of recyclable metallic materials. Our discussions with Vishal Jatia, President, and Mayank Sipani, Trader, provided perspective on the company’s material-focused approach to circularity through international scrap trading, logistics coordination, and market execution.
With years of history and experience in the scrap metal industry, Greenland America Inc. acts as an intermediary who connects the source of scrap materials worldwide to manufacturing and recycling end-users.
Materials Covered During the Discussion
During discussions at the conference, Greenland America Inc. outlined its principal scrap categories, spanning both non-ferrous and ferrous streams:
- Copper
- Copper-bearing scrap
- Brass
- Aluminum
- Lead
- Zinc
- Stainless steel
- Ferrous scrap
- Auto scrap
- Shredder scrap
- Insulated wires and cables, etc.
These materials form the backbone of the company’s trading operations and represent critical inputs for downstream recycling and manufacturing industries. The discussion covered the above materials and included a reflective and informative exchange, with comparisons drawn to practices in Japan.
Auto Scrap and Shredder Scrap as Recovery Feedstock
During our discussion we also focused on auto scrap and shredder scrap. End-of-life vehicles and mixed scrap streams are processed to recover ferrous and non-ferrous metals, feeding steelmaking, aluminum production, and copper refining supply chains.
Insulated wires, cables, and copper-bearing materials were highlighted as important non-ferrous recovery streams, where classification, purity, and logistics precision directly affect downstream efficiency.
A Logistics-Driven Model of Circularity
Unlike platform-based sustainability solutions, Greenland America Inc.’s contribution to circularity lies in execution capability:
- Procurement and aggregation of recyclable metals
- Material grading and quality control
- International shipping and customs coordination
- Risk management across volatile commodity markets
- Long-term supplier and buyer relationships
The company’s operations ensure that secondary raw materials move efficiently from surplus regions to industrial hubs, enabling recycled metals to displace primary raw materials.
Circularity Through Trade, Not Carbon Instruments
Our discussions made clear that Greenland America Inc. does not operate carbon credit projects or digital ESG platforms. Instead, its environmental contribution is material-based, rooted in the physical circulation of recycled metals.
By enabling copper, aluminum, stainless steel, and ferrous scrap to re-enter industrial production cycles, the company supports indirect emissions reduction through reduced reliance on primary mining and smelting.
Conclusion
What emerged clearly from our discussions is that circular economy progress depends on multiple, interconnected layers:
- MMCM operates at the measurement, compliance, and verification layer, translating regulated recycling into auditable EPR outcomes and climate-aligned value.
- Greenland America Inc. operates at the material execution layer, ensuring recyclable metals physically circulate through global industrial systems.
One builds digital infrastructure, traceability, and policy alignment.
The other sustains volume, logistics, and industrial continuity.
Together, they illustrate how circularity is not a single solution, but a system which links regulation, data, materials, and markets.
(IRuniverse Rohini Basunde)
