CBAM Compliance for Indian Exporters: A Step-by-Step Guide

Key Takeaways

• Identify HS Codes: Verify if your products (Steel, Aluminum, Cement, etc.) fall under CBAM scope using CN codes.
• Data Collection: Start collecting operational data (fuel, electricity, precursor consumption) immediately.
• Calcualtion Methodology: EU methodology differs from Indian standards; "Simple" vs "Complex" goods classification is critical.
• Reporting: Quarterly reporting is mandatory during the transition period (until Dec 2025). Default values are expiring.

Introduction

For Indian exporters, the European Union's Carbon Border Adjustment Mechanism (CBAM) is no longer a distant policy—it is an operational reality. As of October 2023, the transition phase is active, and Indian MSMEs exporting steel, aluminum, cement, and other covered goods must report embedded emissions. Failure to comply can result in penalties ranging from €10 to €50 per tonne of unreported emissions, alongside potential loss of market access. This guide provides a forensic, step-by-step approach for Indian manufacturers to achieve CBAM readiness.

Step 1: Confirm Product Scope & HS Codes

The first step is forensic classification. CBAM applies to specific 4-digit and 6-digit CN codes. Indian exporters often use HS codes that may slightly differ from EU CN codes.

• Action: Cross-reference your export invoice HS codes with Annex I of Regulation (EU) 2023/956.
• Critical Check: Ensure your "Steel Fasteners" (7318) or "Aluminum Structures" (7610) are correctly mapped. Incorrect classification is the most common reason for initial report rejection.

Step 2: Determine "Simple" vs "Complex" Goods

EU methodology distinguishes between:

• Simple Goods: Produced using only input materials (precursors) that have zero embedded emissions (e.g., scrap steel, iron ore).
• Complex Goods: Produced using precursors that do have embedded emissions (e.g., steel billets used to make fasteners).
• Impact: For complex goods, you must obtain emission data from your suppliers (e.g., the steel mill). If you are an MSME buying raw material from a large Indian steel plant, you technically need their specific emission numbers, not just a generic average.

Step 3: Calculate Embedded Emissions (Direct & Indirect)

Indian exporters must calculate:

1. Direct Emissions (Scope 1): Emissions from fuel combustion (furnace oil, coal, gas) and process emissions (chemical reactions) within your factory gate.
2. Indirect Emissions (Scope 2): Emissions from consumed electricity.
   • Indian Context: India's grid emission factor is relatively high. Utilizing captive solar or wind power (with proper PPA or ownership evidence) can significantly lower your specific embedded emissions.
   • Calculation: $\text{Specific Emissions} = \frac{\text{Attr. Emissions (Direct + Indirect)}}{\text{Activity Level (Tonnes of Production)}}$

Step 4: The 2025-2026 Regulatory Impact for India

From July 2024, the EU restricted the use of "Default Values". Exporters must now use actual data.

• 2025 Requirement: Full "actual data" reporting. The flexibility to use estimated values is effectively gone.
• 2026 Implication: The "Financial Phase" begins. You will need to purchase CBAM certificates for every tonne of CO2e embedded in your exports.
• Cost Impact: With EU carbon prices around €60-€80/tonne, a high-carbon Indian steel product (e.g., 2.5 tCO2/t steel) could face a surcharge of €150–€200 per tonne, severely impacting competitiveness against lower-carbon alternatives.

Step 5: Reporting & Verification

• Quarterly Reports: Submitted by the EU importer (Authorised Declarant). You must provide them with the "CBAM Communication Template" (Excel/XML).
• Verification: By 2026, all data must be verified by an EU-accredited verifier. Indian exporters should start engaging with third-party auditors (ISO 14065 accredited) now to establish data trails.

Common Mistakes by Indian MSMEs

1. Ignoring Precursors: Failing to add emissions from input steel/aluminum.
2. Unit Errors: Confusing NCV (Net Calorific Value) units (kcal/kg vs MJ/kg).
3. Boundary Gaps: Excluding auxiliary units like backup diesel generators from the calculation.