Steel, Cement & Heavy Industry
India is the world's 2nd-largest producer of both steel and cement, with sectors heavily dependent on coal. We help heavy industry navigate process emissions, PAT compliance, and the Carbon Credit Trading Scheme.
Key BRSR Materiality Issues
The most material ESG issues for steel, cement and heavy industry companies under India's BRSR framework and global disclosure standards.
Process Emissions
Calcination in cement and reduction in steelmaking create unavoidable CO2 that cannot be eliminated by fuel-switching alone.
- Calcination emissions (cement)
- Blast furnace reduction (steel)
- Scope 1 intensity benchmarking
- CCUS readiness assessment
Coal Dependency
Indian heavy industry relies on domestic coal for 70%+ of thermal energy, creating stranded asset risk and transition exposure.
- Fuel mix optimisation
- Alternative fuel strategy (RDF, biomass)
- Waste heat recovery systems
- Green hydrogen pathway assessment
Water Stewardship
Cooling, dust suppression, and process water in water-stressed regions create significant operational and reputational risk.
- Water intensity per tonne
- Zero liquid discharge (ZLD)
- Rainwater harvesting capacity
- Community water conflict mapping
Particulate Matter & Air Quality
PM10, PM2.5, SOx and NOx emissions from kilns, furnaces and material handling impact surrounding communities.
- Stack emission monitoring (CEMS)
- Fugitive dust management
- CPCB/SPCB compliance
- Ambient air quality reporting
Biodiversity & Land Use
Mining operations, limestone quarries, and plant footprints impact local ecosystems and require progressive rehabilitation.
- Mine closure & reclamation plans
- Biodiversity impact assessment
- No-go zone compliance
- Compensatory afforestation
Worker Health & Safety
High-temperature operations, heavy machinery and dust exposure demand robust occupational health systems.
- LTIFR & fatality tracking
- Heat stress management
- Silicosis prevention programmes
- Contractor safety governance
Circular Economy
Fly ash utilisation, slag recycling, and waste co-processing are both environmental imperatives and cost reduction levers.
- Fly ash utilisation rate
- Slag & waste co-processing
- Industrial symbiosis mapping
- Extended producer responsibility
Energy Transition
Shifting from coal to renewables, green hydrogen, and electrification of ancillary operations to reduce Scope 2 emissions.
- Renewable energy procurement
- Captive solar/wind capacity
- Electric vehicle fleet transition
- Energy management systems (ISO 50001)
Sector Challenges
Structural headwinds that make ESG transformation in heavy industry uniquely complex in the Indian context.
Hard-to-Abate Process Emissions
Unlike power generation, cement calcination and steel reduction produce CO2 as a chemical byproduct. No commercially viable alternative exists at scale today, making CCUS the only long-term solution for 60% of cement emissions.
60% of cement CO2 is from calcinationCoal Lock-In & Transition Cost
India's steel sector is 55% blast furnace-based (vs. global trend toward EAF). Retrofitting or replacing coal-dependent infrastructure requires massive capital expenditure estimated at $100B+ across the industry through 2050.
55% BF-BOF route, highly coal-dependentGrowth vs. Decarbonisation Tension
National Steel Policy targets 300 MT capacity by 2030 (from ~160 MT today). Cement demand is projected to grow 5-6% annually. Absolute emissions will rise even as intensity improves, creating a reporting and target-setting dilemma.
Capacity nearly doubling while reducing intensityKey Metrics & KPIs
The critical metrics that investors, regulators, and BRSR assessors evaluate for steel, cement and heavy industry companies.
CO2 per Tonne of Clinker
Primary carbon intensity metric for cement. Includes both process (calcination) and fuel combustion emissions per tonne of clinker produced.
Benchmark: 550-650 kg CO2/t clinkerCO2 per Tonne of Crude Steel
Carbon intensity metric for steelmaking. Varies significantly between BF-BOF (2.0+ t) and EAF (0.4-0.6 t) routes.
Benchmark: BF-BOF 1.8-2.2 t, EAF 0.4-0.6 tSpecific Energy Consumption (SEC)
Energy consumed per tonne of product. Key metric for PAT scheme compliance and energy efficiency benchmarking.
Benchmark: Cement 65-75 kCal/kg, Steel 5.5-6.5 Gcal/tWater Consumption per Tonne
Total freshwater withdrawal per tonne of product. Includes cooling, process, and dust suppression water.
Benchmark: Cement 0.2-0.3 m³/t, Steel 3-5 m³/tPM Emissions (mg/Nm³)
Particulate matter concentration in stack emissions. CPCB norms set strict limits; continuous monitoring (CEMS) is increasingly required.
Benchmark: <30 mg/Nm³ (CPCB norm)Fly Ash / Slag Utilisation Rate
Percentage of industrial by-products (fly ash, blast furnace slag) diverted from landfill to productive use.
Benchmark: >95% utilisation targetLost Time Injury Frequency Rate
Number of lost-time injuries per million hours worked. Critical OHS metric given high-risk operational environment.
Benchmark: <0.5 LTIFR (global best practice)Renewable Energy Share (%)
Proportion of total energy from renewable sources including captive solar, wind, and green power procurement.
Benchmark: 20-30% RE share by 2030India Regulatory Context
The regulatory framework shaping ESG obligations for India's heavy industry sector is rapidly evolving with compliance deadlines approaching.
PAT Scheme (Perform, Achieve & Trade)
BEE's flagship energy efficiency programme sets mandatory intensity reduction targets for designated consumers in cement, steel, and aluminium. PAT Cycle VII is underway with increasingly stringent targets. Non-compliance requires purchasing Energy Saving Certificates (ESCerts).
Carbon Credit Trading Scheme (CCTS)
India's emerging compliance carbon market under the Energy Conservation Act. Steel and cement are the first compliance sectors. Companies must monitor, report and verify emissions with potential cap-and-trade obligations starting 2025-26.
National Steel Policy 2017
Targets 300 MT crude steel capacity by 2030-31 with emphasis on quality, efficiency and sustainability. Mandates adoption of best available technologies and sets aspirational energy intensity benchmarks aligned with global standards.
CPCB Emission Standards
Revised emission norms for cement and steel plants mandate continuous emission monitoring systems (CEMS) with real-time data transmission to SPCB portals. Stricter PM, SOx, and NOx limits apply to new and existing units.
BRSR & BRSR Core
SEBI's mandatory disclosure framework requires detailed reporting on GHG emissions, energy, water, and waste for top 1,000 listed companies. BRSR Core adds reasonable assurance requirements that directly impact heavy industry KPIs.
EU CBAM Exposure
EU Carbon Border Adjustment Mechanism applies to steel, cement, aluminium exports. Indian exporters must report embedded emissions from 2023 and face financial adjustments from 2026, creating cost competitiveness pressure.
Our Approach
A structured methodology designed specifically for the complexity of heavy industry ESG transformation.
Materiality & Baseline
Map your sector-specific materiality matrix, establish emission baselines (Scope 1, 2, 3), and benchmark against Indian and global peers using PAT and BRSR data.
Regulatory Gap Analysis
Assess compliance status across PAT, CCTS, CPCB norms, BRSR, and EU CBAM. Identify gaps, quantify risk exposure, and prioritise remediation actions.
Decarbonisation Roadmap
Develop a phased transition plan covering fuel switching, alternative raw materials, energy efficiency, and technology adoption aligned to India's 2070 net-zero pathway.
BRSR Reporting
Structure disclosures across all nine BRSR principles with sector-appropriate metrics, management commentary, and assurance-ready data systems.
Carbon Market Strategy
Prepare for CCTS compliance, evaluate voluntary carbon credit opportunities, and structure CBAM reporting for EU-bound exports.
Continuous Improvement
Quarterly performance tracking, annual target recalibration, and investor-ready ESG communication to demonstrate measurable progress year over year.
Navigate Heavy Industry Decarbonisation
Schedule a sector consultation to assess your PAT compliance, CCTS readiness, and BRSR reporting maturity for steel, cement, or heavy industry operations.
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