Exporting Steel to Spain and Portugal Under CBAM: An Indian Supplier Guide

The European Union's Carbon Border Adjustment Mechanism (CBAM), established by Regulation (EU) 2023/956, is fundamentally reshaping global trade, with a significant impact on Indian exporters, particularly those in the steel sector. If your factory in Ludhiana, Jamshedpur, or Pune ships steel products to Spain or Portugal, understanding and complying with CBAM is no longer optional – it's a critical business imperative. This comprehensive guide is designed specifically for Indian MSMEs and large manufacturers to demystify CBAM, provide actionable steps, and highlight how to ensure seamless compliance, safeguarding your access to the lucrative EU market.

Key Takeaways

• CBAM is Live: The transitional phase began on October 1, 2023, requiring quarterly emissions reporting for specified goods, including steel.
• Definitive Phase (2026): From January 1, 2026, financial obligations will commence, requiring the purchase of CBAM certificates based on embedded emissions.
• India-Specific Impact: Indian steel producers, especially those reliant on coal-fired power or blast furnace methods, face significant compliance challenges and potential costs.
• Data is King: Accurate, granular data on production processes, energy consumption (electricity from MSEDCL, UGVCL, TANGEDCO, etc.), and fuel usage is essential.
• Actionable Steps: Start now by classifying your products, collecting data, calculating emissions, and engaging with your EU importers.
• Expert Support: Leveraging specialized CBAM compliance services like CarbonSettle can simplify the entire process, ensuring accuracy and mitigating risks.

What is CBAM and Why Does it Matter to Indian Steel Exporters?

The Carbon Border Adjustment Mechanism (CBAM) is the EU's landmark climate policy designed to prevent 'carbon leakage' – the relocation of carbon-intensive production to countries with less stringent climate policies. It aims to equalize the carbon price between domestic EU production (which pays under the EU Emissions Trading System, EU ETS) and imports. For Indian steel exporters, this means that the carbon emissions embedded in your steel products, from raw material extraction to finished goods, will be subject to a levy when imported into the EU, including Spain and Portugal.

This regulation matters immensely because it directly impacts your competitiveness and market access. Without proper compliance, your EU importers face penalties, which will inevitably be passed back to you, or they may simply choose other suppliers. The transitional period (October 1, 2023, to December 31, 2025) requires only reporting, but it's a crucial dry run for the definitive phase starting in 2026, when financial obligations kick in. Indian steel manufacturers, from large integrated plants in Jamshedpur to specialized units in Gujarat, must prepare now.

Identifying Your CBAM-Covered Steel Products: HS/CN Codes Explained

The first critical step for any Indian steel exporter is to identify if your products fall under CBAM. The regulation specifically covers certain goods, and for steel, this includes a wide range of products. CBAM uses the Combined Nomenclature (CN) codes, which are based on the Harmonized System (HS) codes.

Key Steel Categories Covered:

• Iron and Steel: Chapter 72 (e.g., pig iron, ferro-alloys, ingots, semi-finished products, flat-rolled products, bars, rods, angles, shapes, sections, wire).
• Articles of Iron and Steel: Chapter 73 (e.g., tubes, pipes, fittings, structures, tanks, reservoirs).

It is imperative to accurately classify your exported goods. For instance, if you're exporting hot-rolled coils (typically CN code 7208) or steel bars (e.g., 7214) from your factory in Punjab to a buyer in Bilbao, Spain, these are definitely covered. Even complex fabricated steel structures (CN 7308) will fall under scrutiny.

Actionable Step:

1. Review your Bill of Lading and commercial invoices: Identify the HS codes currently used for your exports.
2. Cross-reference with the EU's CN codes: The EU provides a comprehensive list of CBAM-covered CN codes. You can refer to our dedicated resource: CBAM CN code directory to verify if your specific steel products are included.
3. Consult with your EU importer: They are ultimately responsible for the declaration and will confirm the correct CN codes for their customs entries.

Misclassification can lead to incorrect reporting, penalties, and significant headaches down the line. This step forms the bedrock of your entire CBAM compliance strategy.

How to Collect Data for CBAM Reporting: A Practical Guide for Indian Factories

Data collection is the backbone of CBAM compliance. For Indian steel manufacturers, this means going deep into your operational processes. The EU requires specific, verifiable data on the direct and indirect emissions associated with your production.

What Data Do You Need?

1. Production Data:

   • Quantity of each CBAM-covered good produced (in tonnes).
   • Specific production routes (e.g., Blast Furnace-Basic Oxygen Furnace, Electric Arc Furnace, Direct Reduced Iron).
   • Raw material consumption (iron ore, scrap, coke, fluxes, ferroalloys) per tonne of steel.

2. Energy Consumption Data:

   • Electricity: Total MWh consumed, broken down by source if possible (e.g., grid electricity from MSEDCL in Maharashtra, UGVCL in Gujarat, TANGEDCO in Tamil Nadu; or self-generated renewable/fossil). You'll need invoices and meter readings.
   • Fuel: Quantity of all fuels consumed (natural gas, coal, coke oven gas, blast furnace gas, diesel, furnace oil) in appropriate units (tonnes, cubic meters, liters). This includes fuels used in furnaces, boilers, and for on-site transport. Keep detailed purchase records and consumption logs.

3. Process Emissions Data:

   • Emissions directly from chemical reactions within the steelmaking process (e.g., CO2 released from limestone decomposition, or from the reduction of iron ore in a blast furnace). This requires understanding your specific process chemistry.

4. Waste Data:

   • Quantities of waste generated and their disposal methods, as some waste treatment can generate emissions.

Practical Steps for Indian Factories:

• Designate a CBAM Champion: Appoint a dedicated person or team within your factory (e.g., from operations, quality, or finance) to oversee data collection.
• Review Existing Records: Start with what you already have:
  • Electricity bills from your local DISCOM (e.g., MSEDCL, BESCOM, TANGEDCO).
  • Fuel purchase invoices (coal, gas, oil).
  • Production logs and daily reports.
  • Maintenance records for equipment efficiency.
• Implement New Data Collection Points (if necessary): If current metering is insufficient, consider installing sub-meters for specific production lines or energy-intensive processes.
• Engage Your Suppliers: For upstream emissions (e.g., from the production of purchased scrap, iron ore, or ferroalloys), you'll need to request emission data from your Indian suppliers. This is often the most challenging part. Start these conversations early.
• Maintain Digital Records: Keep all data organized and easily retrievable. This will be crucial for verification and future audits.

Remember, the EU prefers actual emissions data. If actual data is unavailable, you might have to rely on default values, which are generally higher and can significantly increase your future CBAM costs. For example, the default emission factor for grid electricity in India is considerably higher than what many efficient plants might achieve, leading to higher reported emissions.

Calculating Embedded Emissions: Direct vs. Indirect Emissions

Once you have collected the raw data, the next step is to calculate the embedded emissions. CBAM distinguishes between direct and indirect emissions.

• Direct Emissions (Scope 1): These are greenhouse gas (GHG) emissions from sources owned or controlled by your factory. For steel, this includes:

  • Emissions from fuel combustion in furnaces, boilers, and other equipment.
  • Process emissions from chemical reactions (e.g., CO2 from coke combustion in blast furnaces, or from the use of carbon electrodes in EAFs).
  • Emissions from on-site waste treatment.

• Indirect Emissions (Scope 2): These are GHG emissions from the generation of purchased electricity, heat, or steam consumed by your factory. For Indian steel plants, this primarily means the emissions associated with the electricity you draw from the grid (e.g., from MSEDCL, UGVCL).

Calculation Methodology:

The EU provides detailed methodologies in the Implementing Regulation (EU) 2023/1773. In essence, it involves:

1. Activity Data x Emission Factor: For each fuel or energy type, multiply the quantity consumed (activity data) by its corresponding emission factor (tCO2e/unit of fuel/energy).

   • Example for Fuel: If your plant in Gujarat consumes 100 tonnes of coking coal with an emission factor of 2.8 tCO2e/tonne, that's 280 tCO2e.
   • Example for Electricity: If your plant consumes 1,000 MWh of grid electricity, and the specific emission factor for your grid (e.g., national average for India) is 0.7 tCO2e/MWh, that's 700 tCO2e.

2. Attribution to Products: The total emissions calculated for your facility then need to be attributed to the specific CBAM-covered goods you export. This often involves allocation rules based on mass, energy content, or specific production routes.

Challenges for Indian Exporters:

• Lack of Granular Data: Many Indian factories may not have precise metering for each production line or process, making accurate allocation difficult.
• Default Emission Factors: If you cannot determine actual emission factors for your fuels or purchased electricity, you will have to use default values provided by the EU, which are often conservative (higher) and can inflate your reported emissions. For instance, the default emission factor for electricity in India is approximately 0.75-0.8 tCO2e/MWh, which might be higher than what some states with a greener energy mix actually achieve.
• Complexity of Steelmaking: Steel production involves complex chemical processes and multiple inputs, making emission calculation intricate.

This is where expert assistance becomes invaluable. An end-to-end CBAM compliance service like CarbonSettle can manage these complex calculations, ensuring accuracy and adherence to EU methodologies.

The CBAM Reporting Process for Indian Exporters

During the transitional period (October 1, 2023 – December 31, 2025), the primary obligation is quarterly reporting. However, this obligation falls on the EU importer, not directly on the Indian exporter.

Your Role as an Indian Exporter:

1. Provide Data to Your EU Importer: You are responsible for providing all the necessary data (product classification, production data, energy consumption, calculated embedded emissions) to your EU importer in Spain or Portugal.
2. Accuracy and Timeliness: The data must be accurate and submitted to your importer well in advance of the EU reporting deadlines (e.g., by the end of the month following each quarter).
3. Verification (Future): While not mandatory for the transitional period, the data will eventually need to be verified by an accredited verifier. Preparing your documentation now will ease this future burden.

The EU Importer's Role:

• Submit CBAM Report: The EU importer (the declarant) must submit a CBAM report to the European Commission via the CBAM Transitional Registry.
• Content of the Report: This report includes the total quantity of each type of CBAM good imported, the total embedded emissions (direct and indirect), and any carbon price paid in the country of origin.
• Penalties: If the importer fails to submit a report or submits an incorrect report, they face penalties ranging from €10 to €50 per tonne of unreported emissions. These penalties will almost certainly be passed on to you, the Indian exporter.

Key Reporting Deadlines:

• Q4 2023 (Oct-Dec): Report due by January 31, 2024.
• Q1 2024 (Jan-Mar): Report due by April 30, 2024.
• Subsequent quarters: Reports due by the end of the month following the end of each quarter.

For Indian exporters, this means establishing clear communication channels with your EU buyers. Proactively providing them with accurate data will strengthen your business relationships and prevent potential disruptions.

2026 Regulatory Impact for Indian Exporters: The Definitive Phase

The true financial impact of CBAM will begin on January 1, 2026, marking the start of the definitive phase. This is when the "carbon tax" aspect of CBAM fully comes into play.

What Changes in 2026?

1. CBAM Certificates: EU importers will be required to purchase and surrender CBAM certificates equivalent to the embedded emissions in their imported goods. The price of these certificates will be linked to the weekly average auction price of EU ETS allowances, which currently fluctuates around €60-€100 per tonne of CO2e.
2. Financial Obligation: For every tonne of CO2e embedded in your steel exports, your EU importer will need to buy a CBAM certificate. If your steel product has embedded emissions of, say, 1.8 tonnes CO2e per tonne of steel, and the CBAM certificate price is €80/tonne CO2e, the CBAM cost for that tonne of steel will be €144 (approx. ₹13,000). This cost will directly impact the landed price of your steel in Spain or Portugal.
3. Verification Becomes Mandatory: All reported emissions will need to be verified by an accredited third-party verifier. This means your data collection and calculation processes must be robust and auditable.
4. Carbon Price Offset: If you can prove that a carbon price has already been paid in India for the emissions embedded in your product (e.g., through a domestic carbon tax or ETS), that amount can be deducted from the CBAM obligation. As of now, India does not have a comprehensive carbon pricing mechanism that would qualify for such deductions under CBAM.

Potential Costs for Indian Steel Exporters:

Let's consider a practical example for an Indian steel manufacturer exporting 10,000 tonnes of steel to Spain annually.

• Average Emissions: A typical Indian steel plant using a blast furnace route might have embedded emissions of 1.8 to 2.5 tonnes CO2e per tonne of steel. Let's assume 2.0 tCO2e/tonne.
• CBAM Certificate Price: If the average price of an EU ETS allowance (and thus a CBAM certificate) is €80/tonne CO2e.
• Total Annual Emissions: 10,000 tonnes steel * 2.0 tCO2e/tonne steel = 20,000 tCO2e.
• Estimated Annual CBAM Cost: 20,000 tCO2e * €80/tCO2e = €1,600,000 (approximately ₹14.5 Crores).

This is a significant cost that will directly impact your profitability and competitiveness. The good news is that by accurately measuring and reporting your actual emissions, you can potentially pay less than if you rely on the EU's default values, which can be up to 40% higher. This is why investing in robust data collection and calculation now is crucial. For a detailed breakdown of potential costs, refer to our India CBAM Cost Index.

How CarbonSettle Can Help: Your End-to-End CBAM Compliance Partner

Navigating the complexities of CBAM, especially for Indian MSMEs and manufacturers focused on production, can be overwhelming. From deciphering Regulation (EU) 2023/956 to meticulously collecting factory data and generating EU-compliant reports, the process demands specialized expertise and significant time. This is where CarbonSettle steps in as India's #1 end-to-end CBAM compliance service.

We understand that you don't want to become a CBAM expert; you want to focus on manufacturing quality steel and exporting it profitably. CarbonSettle takes your entire CBAM headache away. We are not a software or a platform; we are your dedicated team of CBAM experts who handle every single aspect of your compliance journey.

Our End-to-End CBAM Compliance Service Includes:

1. Product Classification & Scope Definition: We accurately identify all your CBAM-covered steel products using HS/CN codes and define the exact scope of emissions for your operations.
2. On-Site Data Collection & Management: Our experts work directly with your factory teams (even in remote locations like Jamshedpur or Ludhiana) to gather all necessary data – from electricity bills (MSEDCL, UGVCL, TANGEDCO), fuel invoices, and production logs to raw material consumption. We ensure data integrity and completeness.
3. Emission Calculation & Methodology Adherence: We meticulously calculate your direct (Scope 1) and indirect (Scope 2) embedded emissions for each product, strictly adhering to the EU's prescribed methodologies and emission factors. We help you avoid costly default values by leveraging your actual operational data.
4. Supplier Engagement & Upstream Data Collection: We proactively reach out to your Indian raw material suppliers (e.g., for iron ore, scrap, ferroalloys) to collect their emission data, which is crucial