Pre-Consumer Scrap Under CBAM: The Accounting Change That Hits Indian Scrap-Based Steelmakers

Pre-Consumer Scrap Under CBAM: A Critical Accounting Shift for Indian Steel Exporters

The Carbon Border Adjustment Mechanism (CBAM), as outlined in Regulation (EU) 2023/956, is fundamentally reshaping how carbon emissions are accounted for in goods imported into the European Union. For Indian steel manufacturers, particularly those relying heavily on scrap metal as a primary input, a specific nuance related to "pre-consumer scrap" presents a significant, often overlooked, challenge. This article provides high-authority, practical guidance for Indian MSMEs and exporters in the steel sector, detailing the implications of this accounting change and offering actionable steps for compliance.

Many Indian steel mills, especially those in industrial hubs like Ludhiana, Mandi Gobindgarh, Gujarat, and Pune, operate electric arc furnaces (EAFs) that predominantly use scrap metal. While post-consumer (end-of-life) scrap has a clear emissions benefit, the treatment of pre-consumer scrap under CBAM is distinct and demands careful attention. This distinction can significantly impact your reported embedded emissions and, consequently, your future CBAM financial obligations to the EU.

Key Takeaways

• Pre-Consumer vs. Post-Consumer Scrap: CBAM differentiates between these two types of scrap. Post-consumer scrap is generally considered to have zero embedded emissions from its prior life, while pre-consumer scrap (e.g., manufacturing offcuts) carries the emissions from its original production.
• Impact on Indian Steelmakers: Indian EAF-based steel manufacturers using pre-consumer scrap must now account for the embedded emissions of that scrap, potentially increasing their reported CBAM emissions significantly.
• Data Collection is Crucial: Accurate segregation and tracking of scrap types, along with their origin and associated emissions data, are paramount for compliance.
• Financial Implications: Higher reported emissions from pre-consumer scrap translate directly into higher CBAM certificate costs starting January 2026.
• CarbonSettle's Role: CarbonSettle provides end-to-end CBAM compliance services, helping Indian exporters navigate these complex accounting rules, calculate accurate emissions, and prepare EU-ready reports without needing to become CBAM experts themselves.

Understanding Pre-Consumer vs. Post-Consumer Scrap in CBAM Context

To grasp the impact of CBAM on scrap-based steel production, it's essential to first understand the EU's definitions of scrap and how they relate to embedded emissions.

Post-Consumer Scrap (End-of-Life Scrap): This refers to waste material generated by households or commercial, industrial, and institutional facilities in their role as end-users of products that can no longer be used for their intended purpose. Examples include discarded vehicles, old appliances, demolished buildings, or used packaging. Under CBAM, the embedded emissions associated with the production of the original product from which post-consumer scrap is derived are generally considered to be zero at the point of scrap input into a new process. This is because the carbon cost of its initial production has already been accounted for (or deemed "sunk") in the product's first life cycle. This is a significant benefit for Indian steelmakers using such scrap, as it reduces their reported emissions.

Pre-Consumer Scrap (Industrial Scrap, Process Scrap, New Scrap): This category includes material diverted from the waste stream during a manufacturing process. Examples are offcuts, trimmings, rejects, or other waste generated within a factory before a product has reached its end-user. For instance, in a steel rolling mill in Jamshedpur, the edges trimmed from steel sheets or defective coils would be considered pre-consumer scrap.

The Critical CBAM Distinction: Regulation (EU) 2023/956 mandates that the embedded emissions of pre-consumer scrap must be accounted for. This means that if an Indian steel producer imports pre-consumer scrap or sources it domestically, the carbon emissions from the initial production of that scrap material must be included in the calculation of the embedded emissions of the final steel product exported to the EU. This is a crucial difference from post-consumer scrap and represents a significant accounting change.

Why This Accounting Change Hits Indian Scrap-Based Steelmakers

The impact of this specific CBAM provision on Indian steelmakers is multi-faceted and potentially substantial:

1. Increased Reported Emissions: For many Indian EAF units, particularly those in areas with robust industrial ecosystems like Gujarat, Maharashtra (Pune), and Tamil Nadu, sourcing pre-consumer scrap from local manufacturing industries (e.g., automotive, engineering, fabrication) is common. If this scrap has been treated as having zero embedded emissions in previous internal accounting, its inclusion now will directly inflate the reported embedded emissions of the final steel product.
2. Data Scarcity and Complexity: Tracing the embedded emissions of pre-consumer scrap is challenging. Unlike post-consumer scrap, which has a generally accepted zero-emission input value, pre-consumer scrap requires knowledge of the original manufacturing process that generated it. This means Indian exporters need to:
   • Identify the source of their pre-consumer scrap.
   • Request or estimate the embedded emissions from the original producer of that scrap.
   • Differentiate between various types of pre-consumer scrap based on their origin and production methods.
   • This can be particularly difficult when sourcing from numerous small and medium-sized enterprises (MSMEs) within India, who may not have their own emissions data readily available.
3. Supplier Engagement Challenges: Indian steelmakers will need to engage their scrap suppliers more deeply. This involves not just verifying the type of scrap but also requesting detailed information on its origin and the emissions associated with its initial production. For a large steel mill in Ludhiana sourcing scrap from hundreds of local vendors, this represents a significant logistical and administrative burden.
4. Higher CBAM Costs: Ultimately, higher reported embedded emissions translate directly into a greater number of CBAM certificates required by the EU importer, which will be a cost passed back to the Indian exporter. For example, if a tonne of steel previously reported 1.0 tonne CO2e/tonne steel, and now, due to pre-consumer scrap accounting, reports 1.2 tonnes CO2e/tonne steel, the CBAM cost increases by 20%. With EU carbon prices currently around €60-80 per tonne CO2e (approx. ₹5,400 - ₹7,200), this additional 0.2 tonnes CO2e could mean an extra €12-16 (₹1,080 - ₹1,440) per tonne of steel, significantly impacting competitiveness.
5. Competitive Disadvantage: Indian steel exporters who fail to accurately account for pre-consumer scrap emissions might either under-report (leading to penalties later) or over-report (if using default values), potentially putting them at a disadvantage against competitors who have robust data collection systems.

Operational Steps for Indian Steelmakers: Navigating Pre-Consumer Scrap Compliance

Indian steel manufacturers must implement robust systems to address the pre-consumer scrap challenge. Here are the practical operational steps:

1. Identify and Segregate Scrap Inputs

The first and most critical step is to accurately identify and segregate your scrap inputs.

• Inventory Audit: Conduct a thorough audit of all scrap inputs. Categorize them explicitly as "pre-consumer" or "post-consumer."
• Documentation: Maintain meticulous records for each batch of scrap received, detailing its source, type, and quantity. This might involve updating your Enterprise Resource Planning (ERP) systems or inventory management software.
• Physical Segregation: Where feasible, physically segregate pre-consumer and post-consumer scrap within your factory premises (e.g., in separate storage bays at your plant in Gujarat or Maharashtra) to prevent commingling and simplify tracking.

2. Engage Your Scrap Suppliers

This is where the real work begins for pre-consumer scrap.

• Supplier Survey: Develop a standardized questionnaire for your scrap suppliers. Ask them to declare whether the scrap is pre-consumer or post-consumer.
• Data Request for Pre-Consumer Scrap: For pre-consumer scrap, request information on the original manufacturing process. Key data points include:
  • Type of original product manufactured.
  • Energy consumption (electricity, fuel) during its production.
  • Raw materials used in its production.
  • Any existing emissions data or environmental product declarations (EPDs) from the original manufacturer.
• Long-Term Partnership: Establish clear communication channels and potentially long-term agreements with key suppliers to ensure consistent data flow. This might involve educating your suppliers about CBAM and its requirements.

3. Calculate Embedded Emissions for Pre-Consumer Scrap

Once you have the data, the next step is to calculate the emissions.

• Direct Emissions (Scope 1): These are emissions from sources owned or controlled by the original scrap producer (e.g., fuel combustion in their furnaces).
• Indirect Emissions (Scope 2): These are emissions from the generation of purchased electricity, heat, or steam used by the original scrap producer. For Indian utilities like MSEDCL (Maharashtra), UGVCL (Gujarat), or TANGEDCO (Tamil Nadu), you'll need the grid emission factors for the relevant period.
• Upstream Emissions (Scope 3, relevant for CBAM): These include emissions from the production of raw materials used to make the original product from which the scrap is derived.
• Methodology: Follow the CBAM transitional reporting methodology (Commission Implementing Regulation (EU) 2023/1773) for calculating embedded emissions. This will involve using specific formulas and potentially default values if supplier-specific data is unavailable. However, relying on default values for pre-consumer scrap can significantly inflate your reported emissions.
• Example: If you use pre-consumer steel offcuts from an Indian automotive manufacturer, you would need to account for the emissions from the blast furnace/EAF, rolling, and other processes involved in making that original steel before it became an offcut.

4. Integrate into Your CBAM Reporting System

The calculated emissions for pre-consumer scrap must be seamlessly integrated into your overall CBAM reporting.

• Attribution: Ensure that the embedded emissions from pre-consumer scrap are correctly attributed to the final steel product being exported to the EU.
• XML Generation: The final report submitted to the EU importer must be in the specified XML format. This requires accurate data aggregation and formatting.
• Verification: Prepare for potential verification of your data by an accredited verifier. Robust documentation of your scrap sourcing and emission calculations will be critical.

2026 Regulatory Impact for Indian Exporters: The Definitive Phase

While the transitional period (October 2023 - December 2025) focuses on reporting, the definitive phase starting January 1, 2026, brings significant financial obligations for Indian exporters. This is when the "EU carbon tax India" truly comes into effect.

From 2026, EU importers will be required to purchase and surrender CBAM certificates corresponding to the embedded emissions of the imported goods. These costs will invariably be passed back to the Indian exporter. The price of CBAM certificates will be linked to the weekly average auction price of EU Emissions Trading System (ETS) allowances, which has historically fluctuated but remains high, often between €60-80 per tonne of CO2e.

Impact of Pre-Consumer Scrap in 2026: If an Indian steelmaker has not accurately accounted for pre-consumer scrap emissions during the transitional period, they face several risks in 2026:

1. Higher Financial Burden: Under-reporting during the transitional phase might lead to a rude awakening in 2026 when actual costs are incurred. If actual emissions are higher than reported, the cost burden will be greater than anticipated.
2. Reliance on Default Values: If Indian exporters cannot provide verifiable emissions data for their pre-consumer scrap, EU importers will be forced to use EU default values, which are deliberately set high (often 2-3 times actual emissions) to incentivize accurate reporting. This could mean paying significantly more in CBAM certificates – potentially an additional €30-50 per tonne CO2e (approx. ₹2,700 - ₹4,500) compared to using actual, verified data. This can lead to a total CBAM cost of €120-150 per tonne CO2e if relying on defaults, making Indian steel significantly less competitive.
3. Loss of Market Share: Exporters with higher CBAM costs due to poor data management or reliance on default values will find it harder to compete with producers who have optimized their emissions and reporting.
4. Audit Risks: The EU Commission will scrutinize reports. Inaccurate or incomplete data, especially concerning complex inputs like pre-consumer scrap, could trigger audits and potential penalties.

Therefore, the transitional period is not just about reporting; it's about building the robust data collection, calculation, and reporting infrastructure that will be essential for financial survival and competitiveness in the definitive phase.

The Importance of Accurate Data & Verification

The cornerstone of successful CBAM compliance, particularly concerning pre-consumer scrap, is accurate and verifiable data.

• Avoid Default Values: While default values are an option, they are a costly one. For example, the default emission factor for certain steel products can be as high as 2.5-3.0 tonnes CO2e per tonne of steel, whereas well-managed Indian EAFs might achieve 0.8-1.2 tonnes CO2e per tonne. This difference directly translates into significant cost savings. By accurately measuring and reporting, Indian exporters can save up to 40% or more on their CBAM tax liability compared to using punitive default values. Check the India CBAM Cost Index for more detailed comparisons.
• Audit Readiness: Every piece of data, from electricity bills (e.g., from MSEDCL, UGVCL, TANGEDCO) and fuel invoices to production logs and scrap purchase records, must be meticulously documented and auditable. This is crucial for the mandatory verification process that will precede the definitive phase.
• Continuous Improvement: CBAM is not a one-time exercise. Indian manufacturers must establish continuous processes for data collection, emission calculation, and reporting, integrating them into their operational routines.

For a comprehensive guide on all aspects of compliance, refer to our CBAM Compliance Guide for Indian Exporters. For specific product classifications, our CBAM CN code directory can be a valuable resource.

How CarbonSettle Can Help

Navigating the complexities of CBAM, especially the nuances of pre-consumer scrap, can feel overwhelming for Indian manufacturers. You don't need to become a CBAM expert, hire additional compliance staff, or invest in expensive software. CarbonSettle is India's #1 end-to-end CBAM compliance service, designed to take your entire CBAM headache away.

We provide a complete, managed CBAM service, handling everything from start to finish:

• Expert Data Collection: Our dedicated CBAM team works directly with your factory in Ludhiana, Gujarat, Pune, or Jamshedpur to collect all necessary operational data – from electricity bills (MSEDCL, UGVCL, TANGEDCO) and fuel invoices to production logs and scrap purchase records. We understand the Indian operational context.
• Precise Emission Calculations: We accurately calculate your embedded emissions, including the specific accounting for pre-consumer scrap, ensuring compliance with Regulation (EU) 2023/956 and optimizing your reporting to