Hirakud

Hirakud

Commissioned in
2009 by INDAL

Area facility
50
acres

Total production capacity
216,000
TPA

Powered by a 467.5MWCPP

Foil stock, closure stock, fan blade stock, electronic panel stock, and other sheet and coils required by the electrical, air conditioning, consumer durables and household sectors.

Hirakud

Our smelter in Hirakud, Odisha was set up by INDAL in 1959. It had an initial capacity of 10,000TPA and was backed by 55kA Horizontal Stud Soderberg (HSS) technology which depended on power from Burla Power House. However, with an increasing demand for power, a 67.5MW thermal captive power plant based on Circulating Fluidised Bed Technology was commissioned in September 1993. This helped the smelter gain a competitive edge in the market. The captive power plant subsequently expanded its capacity to 467.5MW.

Between 2006 and 2008, the Hirakud smelter transitioned to 85 kA prebake technology in a phased manner, making it the first smelter in India to have achieved this technological upgrade using the same infrastructural facilities. Later in 2013, a 235 kA Prebake Potline with a 52KTPA capacity was added. Currently, the smelter has a total production capacity of 216,000TPA.

The primary raw material for the smelter, alumina, is sourced from our Muri and Utkal refineries. The smelter supplies its primary aluminium output to our downstream facilities, mainly Belur, Taloja, Alupuram, Mouda and Hirakud FRP, as well as to third-party customers in domestic and international markets.

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CSR and Sustainability

ESG

At Hirakud, we have implemented a blockchain-based sustainability system for waste management. This system enables us to efficiently track waste from its generation to the end-of-life cycle in a transparent manner, which aligns with the United Nations Sustainable Development Goals for quantification into sustainability metrics. Additionally, the platform allows us to authenticate certifications for waste processing from vendors, ensuring that the waste is being processed ethically. After the successful application of this technology at Hirakud, we plan to implement this at our other plants as well.

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