CCTS Year One: What India’s First Carbon Credit Trading Scheme Means for Your Business
Published: 6 July 2026 | Category: Carbon & Climate | Reading time: 13 min read
India has entered the carbon pricing era. The Carbon Credit Trading Scheme (CCTS), notified under the Energy Conservation (Amendment) Act, 2022, represents the country’s most significant climate policy instrument since the National Action Plan on Climate Change in 2008. Covering seven industrial sectors and approximately 490 designated consumers, CCTS transitions India from the intensity-based Perform, Achieve and Trade (PAT) scheme to a market-based emissions trading system with absolute caps — a structural shift that every affected company must prepare for.
With the first compliance period under way and reporting obligations beginning from FY 2025-26, this article examines the scheme’s architecture, its implications for obligated entities, the MRV requirements that will demand new data infrastructure, and how Indian carbon pricing compares to international systems.
From PAT to CCTS: What Changed?
The PAT scheme, operational since 2012, set energy efficiency improvement targets for designated consumers — essentially intensity-based targets that allowed absolute emissions to rise if production increased. CCTS represents a fundamental architectural shift.
| Dimension | PAT Scheme | CCTS |
|---|---|---|
| Target type | Energy intensity reduction (%) | Absolute emission cap (tCO₂e) |
| Trading unit | Energy Saving Certificate (ESCert) | Carbon Credit Certificate (CCC) |
| Coverage | ~900 designated consumers | ~490 designated consumers (Phase 1) |
| Pricing | ESCert price: ₹800-1,400 | CCC price: ₹500-1,500 (expected) |
| Verification | BEE-accredited energy auditors | BEE-accredited emissions verifiers (MRV) |
| Methodology | SEC (Specific Energy Consumption) | GHG Protocol / IPCC Tier 2-3 |
| International linkage | None | Potential future linkage with Article 6 |
The shift from intensity to absolute targets is the most consequential change. Under PAT, a steel plant could increase total emissions by 30% while meeting its intensity target if production grew sufficiently. Under CCTS, the absolute cap means that production growth must be accompanied by genuine decarbonisation or credit purchases.
The Seven Obligated Sectors
Industrial sectors covered
Share of India’s industrial CO₂ emissions
Expected carbon credit price per tCO₂e
MRV: The Data Infrastructure Challenge
CCTS introduces Monitoring, Reporting and Verification (MRV) requirements that are fundamentally different from PAT’s energy audit approach. Obligated entities must:
Monitor: Implement continuous or periodic measurement of GHG emissions using IPCC Tier 2 or Tier 3 methodology. This means facility-specific emission factors (not national defaults), activity data with calibrated measurement systems, and documented calculation protocols. For process emissions (cement clinker, steel BOF/EAF), sector-specific methodologies apply.
Report: Submit annual emissions reports to BEE in a standardised format covering Scope 1 emissions by source category, fuel consumption by type, process emissions by source, and emission factor documentation. Reports must follow the GHG Protocol Corporate Standard or ISO 14064-1.
Verify: Emissions reports must be verified by BEE-accredited verifiers to a reasonable level of assurance. Verifiers check methodology application, data completeness, calculation accuracy, and emission factor appropriateness. This is a significant step up from PAT’s energy audit, which focused on energy consumption rather than GHG emissions.
Calculate Your Facility's GHG Emissions
RSustain's ScopeTracer provides India-specific emission factors (CEA grid factors, IPCC sectoral factors), supports Scope 1/2/3 calculation aligned to GHG Protocol, and generates CCTS-compatible emissions reports.
Launch ScopeTracerIndia vs International Carbon Pricing
India’s CCTS enters a global carbon pricing landscape that spans 73 jurisdictions covering 23% of global GHG emissions. Understanding how Indian carbon prices will compare to international benchmarks is critical for export-oriented companies facing CBAM and for financial planning.
| Carbon Pricing System | Price Range (2026) | Sectors | Installations |
|---|---|---|---|
| EU ETS | €55-90 ($60-98) | Power, industry, aviation | ~11,000 |
| UK ETS | £40-65 ($50-82) | Power, industry, aviation | ~1,000 |
| China National ETS | ¥60-100 ($8-14) | Power generation only | ~2,200 |
| Korea ETS | ₩8,000-20,000 ($6-15) | Power, industry, buildings | ~700 |
| India CCTS (projected) | ₹500-1,500 ($6-18) | 7 industrial sectors | ~490 |
India’s projected carbon price is closer to China and Korea than to European systems. However, the gap has significant CBAM implications: Indian exporters to the EU must pay the difference between India’s domestic carbon price and the EU ETS price for embedded emissions. A lower Indian carbon price means higher CBAM liability. Companies using RSustain’s Carbon Diagnostic can model these financial impacts.
The CBAM Intersection
India’s CCTS has a direct interaction with the EU Carbon Border Adjustment Mechanism. Under CBAM, Indian exporters of steel, cement, aluminium, fertilisers, electricity, and hydrogen to the EU must pay for embedded carbon emissions at the EU ETS price, minus any carbon price already paid domestically. This means every rupee of CCTS compliance cost paid by an Indian manufacturer is a rupee deducted from their CBAM obligation.
For Indian steel and cement exporters, this creates an interesting dynamic: CCTS compliance is not just a domestic obligation — it is a partial hedge against CBAM liability. Companies that invest early in emission reductions gain twice: lower CCTS compliance costs domestically and lower CBAM certificates to purchase for EU exports.
What Should Obligated Entities Do Now?
1. Establish your emissions baseline. Use IPCC Tier 2/3 methodology to calculate your facility’s Scope 1 emissions by source. Do not rely on PAT energy audit data — CCTS requires GHG-specific calculation with facility-specific emission factors. RSustain’s ScopeTracer provides India-specific factors and GHG Protocol-aligned calculation.
2. Build MRV infrastructure. Install or calibrate measurement systems for all emission sources. Document calculation protocols. Establish data management systems that produce audit-ready emissions reports. Engage with BEE-accredited verifiers early to understand their expectations.
3. Model your decarbonisation pathway. Assess the cost of reducing emissions versus purchasing credits. For most entities, a combination of efficiency improvements, fuel switching, and credit purchases will optimise compliance costs. RSustain’s SBTi Pathway tool can model reduction scenarios.
4. Understand your CBAM exposure. If you export to the EU, calculate your embedded emissions using CBAM methodology. Factor in the CCTS credit offset. Plan for the transition from CBAM transitional reporting to definitive CBAM certificates from 2026.
5. Train your team. CCTS compliance requires new technical capabilities — GHG accounting, emission factor selection, MRV protocol implementation, and carbon market literacy. RSustain Academy’s Certified GHG Professional course provides this foundation.
Model Your Emission Reduction Pathway
RSustain's SBTi Pathway tool models decarbonisation scenarios aligned to 1.5°C pathways, helping you optimise the balance between emission reductions and credit purchases under CCTS.
Launch SBTi PathwayIndia’s CCTS is not just a compliance obligation — it is a signal that carbon will have a price in India’s economy for the foreseeable future. Companies that internalise this price signal into their investment decisions, technology choices, and strategic planning will be better positioned for a decarbonising global economy. Those that treat it as a compliance cost to be minimised will find the costs rising with every compliance period.
Frequently Asked Questions
What is India’s CCTS?
The Carbon Credit Trading Scheme, notified under the Energy Conservation Act 2001 (amended 2022), is India’s mandatory emissions trading system covering 7 sectors and ~490 entities. It replaces the PAT scheme’s intensity-based targets with absolute emission caps and carbon credit trading. Use RSustain’s ScopeTracer for CCTS-aligned emission calculations.
Which sectors are covered?
Seven sectors: thermal power, iron & steel, cement, aluminium, petroleum refining, fertilisers, and pulp & paper — together accounting for ~70% of India’s industrial CO₂ emissions. Phase 2 may expand to additional sectors including chemicals and textiles.
How does CCTS compare to EU ETS?
India’s projected carbon price (₹500-1,500/tCO₂e) is significantly below EU ETS (€55-90). CCTS initially uses free allocation; EU ETS uses auctioning. CCTS covers 490 entities vs EU ETS ~11,000. The price gap has direct CBAM implications for Indian exporters to the EU.
What are the MRV requirements?
Obligated entities must monitor emissions using IPCC Tier 2/3 methodology, report annually to BEE following GHG Protocol/ISO 14064-1, and obtain third-party verification from BEE-accredited verifiers. This requires facility-specific emission factors, calibrated measurement systems, and documented calculation protocols. RSustain Academy’s Corporate GHG Inventory course covers MRV implementation.
How does CCTS interact with CBAM?
Indian CCTS carbon costs are deductible from CBAM obligations. Every rupee paid for CCTS compliance reduces CBAM certificate costs for EU exports. Companies exporting steel, cement, aluminium, or fertilisers to the EU should factor both systems into their carbon cost modelling.