India: UltraTech Cement commissions 4.6 mnt/year cement capacity

• Petnikota adds 3.6 mnt/year of integrated capacity
• Domestic grey cement capacity reaches 204.7 mnt/year

UltraTech Cement has commissioned 4.6 mnt/year of additional cement capacity, comprising a 3.6 mnt/year greenfield integrated facility at Petnikota in Andhra Pradesh and 1 mnt/year through debottlenecking at existing plants in Visakhapatnam, Andhra Pradesh; Patratu, Jharkhand; and Nathdwara, Rajasthan.

The additions take the company’s domestic grey cement manufacturing capacity to 204.7 mnt/year. Including 5.4 mnt/year of overseas capacity, its global capacity has reached 210.1 mnt/year.

Debottlenecking lifts output from existing assets
The 3.6 mnt/year Petnikota facility accounts for the majority of the latest capacity addition and expands the company’s integrated manufacturing base in southern India. The additional 1 mnt/year from debottlenecking provides incremental output from existing plants across Andhra Pradesh, Jharkhand and Rajasthan. This expands capacity without relying entirely on new greenfield facilities and strengthens the company’s manufacturing network across multiple regional markets.

Expanded network broadens regional supply reach
The additional capacity will strengthen its presence in southern, eastern and northern markets, while extending market reach and improving logistics efficiency. The wider manufacturing footprint could provide greater flexibility in supplying regional markets and improve the company’s ability to position production closer to consumption centres. The impact, however, will depend on the pace at which the new capacity is ramped up and absorbed by regional demand.

Outlook
The 4.6 mnt/year addition increases available supply capacity across several markets. Its effect on regional market balances and pricing will depend on demand growth, utilisation levels and competing capacity additions. Higher utilisation would allow the company to translate the expanded installed base into additional volumes, while weaker demand absorption could limit the immediate contribution of the new capacity.