Understanding India's CCTS

What Exactly Is CCTS?

India's CCTS operates on a dual-pillar framework that creates a comprehensive yet differentiated approach to carbon accounting. Accurate emissions measurement and MRV is essential to verify performance against these benchmarks:

• •Compliance Mechanism (Mandatory): CCTS operates through two pillars. The first — and currently active — is the Compliance Mechanism. Obligated facilities in notified sectors receive assigned Greenhouse-Gas Emissions Intensity (GEI) targets. Performance is measured annually. If a facility's actual GEI falls below (is better than) the target, it earns Carbon Credit Certificates (CCCs). If it exceeds the target, the facility must purchase and surrender enough CCCs to cover the overage. Credits can be banked for future use or traded in the market. CCTS also has its own Offset Mechanism, but this is currently available for voluntary purposes only and cannot be used for compliance.
• •Credit Supply & Demand: Under the Compliance Mechanism, credit supply comes entirely from obligated facilities that outperform their GEI targets. This creates a direct performance incentive: only real emissions reductions at covered facilities generate compliance credits. Obligated entities that underperform must buy CCCs from outperformers. This market mechanism drives investment in low-carbon technology and operational improvements.
• •The Unified Registry: All CCCs sit in a single ICM registry. This unity is critical: it means that compliance entities buy and sell credits from other obligated entities across the notified sectors through the market, creating a common price signal and efficient carbon trading system. Credits can be held (banked), traded domestically, or potentially exported under Article 6 of the Paris Agreement.

Who Must Comply?

CCTS applies to eight key industrial sectors, which together account for a significant share of India's industrial emissions:

Facility-Level Thresholds: Not every facility in these sectors will be obligated—regulators typically apply a minimum capacity or emissions threshold. Facilities above the threshold are assigned individual GEI reduction targets, typically set on a facility basis (sometimes benchmarked to the sector median or best-in-class levels) and evolving over a multi-year trajectory period.

What Emissions Are Counted?

CCTS uses a clear gate-to-gate operational boundary with defined inclusions and exclusions to ensure comparability and prevent leakage:

Included Emissions

• •Direct fuel combustion: CO₂ from burning coal, natural gas, oil on-site for process heat, steam generation, or power
• •Process emissions: CO₂ from chemical reactions (e.g., limestone decomposition in cement; iron ore reduction)
• •Indirect emissions: Emissions embedded in purchased electricity and heat, converted using grid or facility-specific emission factors
• •Non-CO₂ GHGs: PFC emissions in aluminium smelting, converted to CO₂e using IPCC Global Warming Potentials

Excluded Emissions

• •Biogenic CO₂: Carbon from biomass (e.g., bagasse in sugar mills) is not counted—consistent with global practice that credits its uptake in growth
• •Renewable electricity: Credits the zero-emissions nature of wind and solar; if purchased externally, treated as zero-carbon
• •Co-processed alternative fuels: Waste-derived or alternative fuels that replace fossil fuels receive favorable treatment
• •CCUS (Carbon Capture, Utilisation, Storage): Permanently captured and stored CO₂ is not counted—incentivising this technology
• •Non-industrial end uses: Emissions from waste management or uses outside the primary product scope are excluded

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How Do Obligations and CCCs Work?

The core mechanism is straightforward but carries real financial implications:

Annual Performance Assessment

Each year (starting 2025-26), facilities calculate their actual GEI (tCO₂e per unit of product) and compare it to their assigned GEI target. The difference creates either a credit or debit:

• Outperformance (Actual GEI < Target GEI): The facility earns CCCs equal to the emissions reduction (tCO₂e × sector conversion factor)
• Underperformance (Actual GEI > Target GEI): The facility incurs an obligation to buy and surrender CCCs equal to the overage

Credit Banking and Trading

Facilities that earn CCCs are not required to surrender them immediately. They can bank credits (hold them in their ICM account) for future years or sell them on the market to other obligated entities or investors. This flexibility allows efficient abatement scheduling.

Credit Supply Mechanics

Under the Compliance Mechanism, all credit supply comes from obligated facilities that outperform their GEI targets. When a facility beats its benchmark, it earns CCCs that can be sold to underperforming facilities. CCTS also has a separate Offset Mechanism, but it is currently for voluntary purposes only — offset credits cannot be used to meet compliance obligations. This supply-demand dynamic within the compliance market creates liquidity and price discovery. Obligated facilities can choose to "buy" compliance through the market rather than over-invest in decarbonisation if credit prices are attractive.

Compliance Timelines

CCTS operates on a structured timeline with defined deadlines for data submission, verification, review, and credit issuance:

Total Timeline: ~8 months from year-end to credit issuance. Facilities must therefore plan their cash and credit procurement strategies well ahead of performance assessment deadlines. Data quality and early submission can accelerate the process.

The Two Pillars of CCTS

CCTS operates through two distinct pillars under the Indian Carbon Market (ICM). Understanding how they interact — and how they differ — is essential for structuring your carbon strategy correctly.

Side-by-Side Comparison

What This Means for Your Strategy

Why CCTS Matters

The launch of CCTS reflects three converging national priorities:

1. Achieving India's Updated NDC Commitments

India has committed to reducing emissions intensity of its GDP by 45% by 2030 (versus a 2005 baseline). This is a quantity target on the production side. CCTS directly incentivises facility-level intensity reductions in the sectors responsible for ~30% of India's industrial emissions, making it a critical policy lever to achieve the NDC. The scheme's five-year trajectory (initial commitment period) aligns with India's updated climate pledge.

2. Protecting Exporters from Carbon Border Adjustment Mechanisms (CBAM)

The EU's CBAM, and similar measures by other trading partners, impose carbon costs on imports from countries without equivalent carbon pricing. Indian exporters in steel, aluminium, cement, and petrochemicals face real economic exposure. CCTS signals to trading partners that India has put a price on carbon, which may reduce CBAM exposure and protect export market access. Understanding how CCTS intersects with your financial planning and export strategy is critical for competitive industrial sectors.

3. Mobilising Private Capital into Low-Carbon Technology

By creating a carbon market with real economic value, CCTS attracts private investment in:

• Electrification: Replacing fossil-fuel-fired thermal processes with electric heating and induction furnaces
• CCUS (Carbon Capture, Utilisation, Storage): Technologies to capture process CO₂ for use or sequestration (especially relevant for cement and refineries)
• Renewable Power Integration: On-site solar and wind, power purchase agreements, green hydrogen
• Materials & Process Innovation: Low-carbon cement, green steel, synthetic fuels, circular economy solutions

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