Grinding cement requires immense electrical power, resulting in heavy Scope 2 emissions. Discover how Indian manufacturers are systematically neutralizing their electrical carbon footprint and saving millions by capturing waste heat (WHRS) and securing open access renewable energy contracts.
The Zero Carbon Grind: How WHRS and Open Access RE are Rewiring Indian Cement Read More »
India achieves a world leading clinker factor by blending cement with waste from coal power and steel. As those sectors decarbonise, the supply of fly ash and slag will plummet. Discover why calcined clay (LC3) and performance based standards are the vital next steps for the industry’s Net Zero survival.
The Coming Fly Ash and Slag Shortage: Why Calcined Clay is the Future of Indian Cement Read More »
Carbon Capture is projected to deliver over a third of the cement sector’s total decarbonisation by 2070. Breaking down the numbers behind the proposed National CCUS Mission reveals both the massive emission reduction potential and the steep capital hurdles of point source carbon capture pilots.
The 1100 Crore Bet: Decoding the Economics of CCUS Pilots in Indian Cement Read More »
Transporting raw materials and finished cement creates a massive Scope 3 footprint for the industry. Discover how shifting bulk logistics from diesel trucks to India’s electrified Dedicated Freight Corridors slashes supply chain emissions, mathematically guarantees cost savings, and enables the transport of alternative fuels over longer distances.
The Scope 3 Rail Advantage: Shifting Cement Logistics to the Dedicated Freight Corridor Read More »
Process emissions from the chemical breakdown of limestone account for nearly 60 percent of a cement plant’s carbon footprint. As India rolls out its Carbon Credit Trading Scheme, understanding how regulatory baselines accommodate this unavoidable calcination penalty is critical for the sector’s long term survival and the eventual necessity of carbon capture.
The Calcination Penalty: How India’s CCTS Treats Unavoidable Process Emissions in Cement Read More »
Indian cement kilns rely on coal and petcoke for 97 percent of their thermal energy. While RDF from municipal waste offers a massive decarbonisation opportunity, steep transport costs and supply chain bottlenecks keep adoption low. Unlocking this lever requires transitioning from fragmented waste management to structured Public Private Partnerships to bridge the cost gap and achieve the 2030 substitution targets.
India’s cement sector operates at a highly efficient baseline, boasting a world leading clinker factor and widespread adoption of modern dry process kilns. With the easiest efficiency gains already achieved, reaching the 2070 Net Zero target demands a structural shift to tackle hard to abate process emissions. The path forward requires scaling Refuse Derived Fuel, transitioning to performance based standards, indigenising new technologies, and ultimately deploying Carbon Capture, Utilisation, and Storage.
India’s Carbon Credit Certificate market is approaching its first live trades expected between July and October 2026. The CERC regulations are in place. The ICM Portal is live. GEI targets are notified for 490 entities across seven sectors. But iron and steel — the sector with the largest CBAM exposure — has not yet received its targets. The first CCC trades will be the most important price signal in Indian industrial policy since the PAT scheme began. This article maps what to expect and what compliance officers should be doing right now.
India CCC Carbon Market Goes Live: What the First Trades Will Reveal | Reclimatize.in Read More »
India ships 3.5–4.0 million tonnes of steel pipes and tubes to the EU and UK annually, seamless pipes (CN 7304), welded structural tubes (CN 7306), and precision automotive tubes (CN 7307) are all CBAM-covered. The embedded carbon liability travels with the steel feedstock and the forming process. Yet most of India’s ~2,000 pipe and tube producers, including major clusters at Mandi Gobindgarh, Ankleshwar, and Khopoli have not built MRV infrastructure, do not know their embedded emission intensity, and have no CBAM compliance plan.
The West Asia conflict that disrupted Strait of Hormuz shipping in late 2025 is not a conventional oil price shock. It simultaneously elevated LNG prices (hitting fertiliser feedstock costs), spiked HRC steel prices, triggered a urea supply crisis, and pushed diesel above Rs 90/litre in key freight corridors. Each of these shocks independently improves the economics of electrification, green hydrogen, and domestic renewable power. Together, they have compressed decisions that Indian industrial companies thought were a decade away into the next capital planning cycle.
