How the Free Allowance Phase-Down Raises CBAM Pressure on Indian Steel

---
title: "How the Free Allowance Phase-Down Raises CBAM Pressure on Indian Steel"
date: 2024-07-30
description: "Understand the critical impact of the EU ETS free allowance phase-down on Indian steel exporters and CBAM costs. Learn actionable steps for compliance and cost reduction."
category: "Sector Analysis"
---

# Navigating the EU CBAM: Increased Pressure on Indian Steel Exporters from Free Allowance Phase-Down

The European Union's Carbon Border Adjustment Mechanism (CBAM), established by Regulation (EU) 2023/956, is rapidly reshaping global trade, particularly for carbon-intensive sectors. For Indian steel manufacturers, this mechanism presents a significant challenge and opportunity. The phase-down of free allowances under the EU Emissions Trading System (EU ETS) is a critical, often misunderstood, element that will directly impact the financial burden on Indian steel exports to Europe. This comprehensive guide will equip Indian MSMEs and large exporters with the knowledge and actionable strategies to navigate this complex regulatory landscape.

## Key Takeaways

*   **CBAM is Real and Imminent:** The transitional phase started October 1, 2023, with financial obligations beginning January 1, 2026. Indian steel exporters must act now.
*   **Free Allowances are Disappearing:** The gradual elimination of free ETS allowances for EU producers will directly increase the CBAM liability for Indian steel, making emissions reduction crucial.
*   **Data is Your Lifeline:** Accurate, granular data on embedded emissions (direct and indirect) is paramount for minimizing CBAM costs. Default values are punitive.
*   **Operational Changes are Key:** Investing in energy efficiency, renewable energy, and low-carbon production technologies can significantly reduce your CBAM tax.
*   **Expert Partnership is Essential:** Navigating CBAM is complex. Partnering with an end-to-end CBAM compliance service like CarbonSettle can de-risk your exports and optimize costs.

## Understanding the EU CBAM and its Impact on Indian Steel

The Carbon Border Adjustment Mechanism (CBAM) is a landmark EU policy designed to prevent 'carbon leakage' – the relocation of carbon-intensive production outside the EU to avoid its stringent climate policies. It aims to level the playing field between EU producers, who pay a carbon price under the EU ETS, and importers from third countries. For Indian steel, a major export to the EU, this means that from 2026, every tonne of steel imported into the EU will incur a carbon cost equivalent to the EU ETS carbon price, based on its embedded emissions.

The steel sector is one of the initial industries targeted by CBAM, alongside cement, aluminum, fertilizers, hydrogen, and electricity. India is a significant global steel producer, with major hubs in Jamshedpur, Bhilai, Rourkela, and Ludhiana. Many Indian steel plants, especially older ones, rely heavily on coal-fired power and traditional blast furnace methods, leading to higher embedded emissions compared to their European counterparts who often utilize electric arc furnaces (EAFs) powered by cleaner grids. This disparity in emission intensity directly translates into a higher potential CBAM liability for Indian steel.

The transitional phase, which began on October 1, 2023, requires Indian exporters to collect and report their embedded emissions data without financial penalties. However, this reporting is critical for preparing for the definitive phase starting January 1, 2026, when actual financial obligations will commence. Ignoring this transitional phase is a costly mistake, as it's the only period to refine data collection and calculation methodologies without financial repercussions.

## The Critical Role of EU ETS Free Allowances in CBAM Calculations

To truly understand the financial implications of CBAM for Indian steel, one must grasp the concept of "free allowances" within the EU Emissions Trading System (EU ETS). Historically, to protect energy-intensive industries within the EU from international competition and carbon leakage, the EU ETS allocated a certain number of emission allowances for free to these sectors. This meant EU steel producers, for example, didn't have to pay for all their carbon emissions, reducing their operational costs.

However, the EU is now phasing out these free allowances. This phase-out is crucial because CBAM is designed to mirror the carbon cost faced by EU producers. As EU producers receive fewer free allowances, they have to purchase more allowances on the ETS market, increasing their effective carbon cost. Consequently, the CBAM levy on imported goods like Indian steel will increase proportionally.

**The Phase-Out Schedule:**

The free allowances will be phased out gradually between 2026 and 2034, according to the following schedule:

*   **2026:** 2.5% reduction in free allowances
*   **2027:** 5% reduction
*   **2028:** 10% reduction
*   **2029:** 22.5% reduction
*   **2030:** 48.5% reduction
*   **2031:** 61% reduction
*   **2032:** 75% reduction
*   **2033:** 84% reduction
*   **2034:** 100% reduction (no free allowances)

This means that from 2026, the CBAM cost for Indian steel will not just be based on the EU ETS carbon price, but also on the *proportion* of free allowances that EU producers no longer receive. For instance, in 2026, Indian exporters will pay 2.5% of the carbon cost, increasing to 100% by 2034. This escalating cost trajectory makes early action on emissions reduction and accurate reporting incredibly important.

## 2026 Regulatory Impact for Indian Exporters: Financial Obligations Begin

The definitive phase of CBAM, commencing January 1, 2026, marks the point where financial obligations for Indian steel exporters become a reality. From this date, EU importers will be required to purchase and surrender CBAM certificates corresponding to the embedded emissions of the imported goods. The price of these certificates will be linked to the weekly average auction price of EU ETS allowances, expressed in EUR per tonne of CO2e.

Let's illustrate the financial impact with an example. Suppose an Indian steel manufacturer exports 10,000 tonnes of steel to the EU in 2026.
*   **Average Embedded Emissions:** Let's assume the embedded emissions for this steel are 2.0 tonnes of CO2e per tonne of steel (a common figure for blast furnace steel in India, significantly higher than EU benchmarks).
*   **Total Emissions:** 10,000 tonnes steel * 2.0 tCO2e/tonne steel = 20,000 tCO2e.
*   **ETS Carbon Price:** Let's assume the EU ETS carbon price is €80 per tonne of CO2e (which translates to approximately ₹7,200 at an exchange rate of ₹90/€).
*   **CBAM Factor (2026):** Due to the free allowance phase-down, only 2.5% of the full carbon cost will be applied in 2026.
*   **Estimated CBAM Cost (2026):** 20,000 tCO2e * €80/tCO2e * 2.5% = €40,000 (approximately ₹36 Lakhs).

While €40,000 might seem manageable in 2026, consider the exponential increase: by 2030, with a 48.5% CBAM factor, the cost would jump to approximately €776,000 (₹7 Crore), and by 2034, it would be a full €1.6 Million (₹14.4 Crore) for the same volume and emissions intensity. This escalating financial burden underscores the urgency for Indian steel exporters to reduce their carbon footprint now.

Furthermore, the calculation of embedded emissions must be precise. Exporters will need to provide data on both direct emissions (from their own production processes) and indirect emissions (from the electricity consumed). For indirect emissions, the specific emission factor of the electricity grid (e.g., MSEDCL in Maharashtra, UGVCL in Gujarat, TANGEDCO in Tamil Nadu) will be critical. Using actual, verified data can lead to significant savings compared to the often punitive default values provided by the EU, which can be as high as the average of the worst 10% performing EU installations. For example, if your actual emissions are 1.8 tCO2e/tonne steel but the default value is 2.5 tCO2e/tonne steel, you could be overpaying by almost 40% on your CBAM tax. This makes accurate measurement and reporting not just a compliance task, but a direct cost-saving strategy.

Operational Steps for Indian Steel Exporters: Data Collection and Reporting

Navigating CBAM successfully requires a structured approach, starting with meticulous data collection and robust reporting.

1. Identify CBAM-Applicable Products:

   • The first step is to accurately identify if your steel products fall under CBAM. This involves verifying their Harmonized System (HS) codes and Combined Nomenclature (CN) codes against the list provided in Annex I of Regulation (EU) 2023/956. For Indian steel exporters, this typically includes specific iron and steel products under HS Chapter 72.
   • You can use resources like the CBAM CN code directory to cross-reference your product codes.

2. Map Production Processes and Emission Sources:

   • Understand the entire lifecycle of your steel production, from raw material inputs (e.g., iron ore, coking coal, scrap) to the finished product.
   • Identify all direct emission sources (Scope 1):
     • Combustion of fuels (coal, natural gas, furnace oil) in blast furnaces, rolling mills, and power generation units within your factory.
     • Process emissions from chemical reactions (e.g., reduction of iron ore in a blast furnace).
   • Identify all indirect emission sources (Scope 2):
     • Purchased electricity consumption from the grid (e.g., MSEDCL, UGVCL, TANGEDCO).
     • Purchased heat or steam.

3. Collect Granular Activity Data:

   • Fuel Consumption: Maintain accurate records of the quantity and type of all fuels consumed (e.g., tonnes of coal, cubic meters of natural gas, liters of furnace oil).
   • Electricity Consumption: Track monthly or even daily electricity consumption from your utility bills. If you have captive power generation, record the fuel consumed for that as well.
   • Production Volumes: Keep precise records of the output (tonnes) of each CBAM-relevant steel product.
   • Material Inputs: Document the quantity and origin of key raw materials, especially if they are carbon-intensive (e.g., purchased clinker for cement, direct reduced iron for steel).

4. Calculate Embedded Emissions:

   • Direct Emissions: Apply appropriate emission factors to your fuel consumption data. These factors convert fuel usage into CO2e emissions. The EU provides specific methodologies and default factors, but country-specific factors (e.g., from India's Ministry of Environment, Forest and Climate Change) may also be relevant if accepted by the EU.
   • Indirect Emissions: Multiply your electricity consumption by the specific grid emission factor for your region in India. For example, the average grid emission factor for India is approximately 0.7-0.8 tCO2e/MWh, but this can vary significantly by state and utility.
   • Complexities: For steel, the calculation can be intricate, involving upstream emissions from raw material production (e.g., for direct reduced iron) and specific process emissions from blast furnaces or electric arc furnaces. This often requires a detailed mass balance approach.

5. Engage with Suppliers:

   • If you procure semi-finished steel products or other carbon-intensive inputs from other Indian suppliers, you will need to collect their embedded emissions data too. This is crucial for calculating the full "embedded emissions" of your final product. This can be a significant challenge for MSMEs in industrial clusters like Ludhiana or Pune, where supply chains are often fragmented.

6. Reporting to the EU:

   • During the transitional phase (until December 31, 2025), Indian exporters provide their emissions data to their EU importers. The EU importer then submits a CBAM report to the European Commission via the CBAM Transitional Registry.
   • The report must detail the quantity of goods imported, the direct and indirect embedded emissions, and any carbon price paid in the country of origin (though India currently does not have a national carbon price directly applicable to these sectors).
   • The data must be verifiable. This means maintaining clear audit trails for all activity data, emission factors, and calculation methodologies.

For many Indian MSMEs, this level of detailed data collection and calculation can be overwhelming. This is where specialized services become invaluable. An end-to-end CBAM compliance service like CarbonSettle can take on this entire burden, from data extraction from your factory records (electricity bills from MSEDCL, fuel invoices, production logs) to generating the EU-ready XML reports.

Strategies for Reducing CBAM Liability for Indian Steel

Reducing your CBAM liability is not just about compliance; it's about maintaining competitiveness in the European market. Here are actionable strategies:

1. Energy Efficiency Improvements:

   • Optimize Furnaces: Implement advanced combustion technologies, waste heat recovery systems, and process controls in blast furnaces and rolling mills.
   • Motor and Pump Upgrades: Replace old, inefficient motors and pumps with energy-efficient alternatives (e.g., IE3/IE4 motors).
   • Lighting: Switch to LED lighting across your factory premises.
   • Insulation: Improve insulation in furnaces, pipes, and buildings to reduce heat loss.
   • Estimated Savings: Energy efficiency measures can often reduce energy consumption by 10-20%, directly translating to lower indirect emissions and potentially saving lakhs of rupees (e.g., a 10% reduction in electricity consumption for a plant consuming 10,000 MWh annually could save ₹70-80 Lakhs in electricity costs and reduce CBAM liability by €50,000-€60,000 at current ETS prices).

2. Transition to Renewable Energy:

   • On-site Solar/Wind: Invest in rooftop solar panels or ground-mounted solar/wind farms to meet a portion of your electricity demand. This directly reduces your reliance on grid electricity with its associated emissions.
   • Power Purchase Agreements (PPAs): Procure renewable energy through PPAs from independent power producers. This allows you to claim zero indirect emissions for the electricity purchased under such agreements.
   • Green Tariffs: Explore if your local utility (e.g., MSEDCL, UGVCL) offers green tariffs or renewable energy certificates (RECs) that can help decarbonize your purchased electricity.

3. Low-Carbon Production Technologies:

   • Increased Scrap Usage: Maximize the use of steel scrap in electric arc furnaces (EAFs). EAFs have significantly lower emissions than traditional blast furnaces, especially if powered by renewable electricity.
   • Direct Reduced Iron (DRI) with Natural Gas/Hydrogen: Explore transitioning from coal-based DRI to natural gas-based DRI, and eventually to green hydrogen-based DRI, which offers near-zero direct emissions. While hydrogen is a long-term goal for many Indian steel plants, natural gas is a more immediate step.
   • Carbon Capture, Utilization, and Storage (CCUS): For large integrated steel plants, CCUS technologies could offer a pathway to significantly reduce process emissions, though these are currently capital-intensive.

4. Supply Chain Decarbonization:

   • Work with your raw material suppliers (e.g., iron ore, coking coal) to understand and potentially reduce their upstream emissions. While not directly part of the initial CBAM scope for steel, a decarbonized supply chain enhances overall sustainability and future-proofs your operations.

Implementing these strategies requires upfront investment, but the long-term benefits include reduced operational costs, enhanced market access, and a stronger competitive position in a carbon-constrained global economy. Moreover, these investments can help Indian steel manufacturers align with India's own ambitious climate targets.

The Importance of Verification and Audit Readiness

The data submitted for CBAM reporting, particularly in the definitive phase, will be subject to verification by an accredited independent verifier. This means that Indian exporters must not only collect data but also ensure its accuracy, completeness, and consistency.

Key aspects of verification readiness:

• Robust Data Management System: Implement a system (even a well-organized spreadsheet system initially) to store all activity data, emission factors, and calculation methodologies.
• Documentation: Maintain comprehensive documentation for all data sources, calibration records for meters, invoices, and contracts.
• Internal Controls: Establish internal procedures and checks to ensure data quality and prevent errors.
• Transparency: Be prepared to demonstrate how emissions were calculated, including the boundaries of your operations and the methodologies used.

Failure to provide verifiable data can lead to the application of punitive default values, significantly increasing your CBAM liability. For example, if an Indian exporter cannot provide verifiable data for their embedded emissions, the EU importer might have to use default values that could be 20-30% higher than actual emissions, leading to an equivalent increase in CBAM tax. This makes audit readiness a non-negotiable part of CBAM compliance.

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

Navigating the complexities of CBAM, especially with the intricate requirements for steel and the escalating pressure from the free allowance phase-down, can be daunting for Indian exporters. This is precisely where CarbonSettle steps in as India's #1 end-to-end CBAM compliance service. We understand that Indian factory owners and compliance officers don't need another software to learn; they need a dedicated team that handles the entire CBAM process from start to finish.

CarbonSettle is NOT a software platform; we are your dedicated CBAM compliance team. We take your entire CBAM headache away by providing a fully managed service that covers every aspect of