Shyam Steel Manufacturing Limited didn't come to NPCS looking for a generic feasibility report. They came with a specific regional advantage — their base in Bankura, West Bengal, puts them close to iron ore fines supply from Odisha and Jharkhand — and they wanted to know whether iron ore pelletisation with beneficiation was the right way to deploy it.

The question was legitimate and the stakes were real. Pelletisation involves multi-stage processing: crushing, grinding, magnetic separation, balling, and high-temperature induration. Getting the technology selection wrong, or misjudging the feedstock supply chain, or building at the wrong capacity — any of those decisions could undermine the economics before the plant even reaches full utilisation. SSML's management knew this, which is why they wanted analysis they could actually rely on, not numbers that had been smoothed over to look attractive.

NPCS started with the market case. India's crude steel output reached 152 million tonnes in FY 2024-25, and pellet usage in blast furnaces has climbed from 25% to over 50% of feedstock in recent years. West Bengal's own pellet output grew roughly 30% in the same period, making it the third-largest producing state in the country. Globally, the iron ore pellets market was valued at USD 70.87 billion in 2025 and is projected to reach USD 120.76 billion by 2034. The government's Purvodaya initiative — focused on building an integrated steel hub across Odisha, Jharkhand, Chhattisgarh, West Bengal, and northern Andhra Pradesh — adds a policy dimension that directly favours eastern India producers.

The technical work was equally detailed. NPCS defined the full beneficiation and pelletisation process, specified optimal plant capacity in the 1 to 2 MTPA range as a sensible entry point, compared equipment suppliers across crushers, ball mills, magnetic separators, disc pelletisers, and travelling grate induration furnaces, and mapped the raw material logistics from mine to plant by road and rail. The process yields pellets with iron content between 63 and 67 percent Fe and compressive strength above 200 kg per pellet — specifications that make them commercially viable for both blast furnace and DRI plant customers.

Financial modeling was built across multiple scenarios. Break-even was confirmed achievable at 55 to 65 percent capacity utilisation. Gross margins under normal operating conditions were modelled at 20 to 30 percent, with net margins of 8 to 12 percent after depreciation, interest, and taxes. Sensitivity analysis stress-tested the model against iron ore price increases of 15 percent, pellet price drops of 10 percent, and energy cost rises of 20 percent. At 75 percent utilisation and above, the project held positive net margins under all three adverse scenarios — which gave SSML's board the kind of downside picture they needed before committing capital.

The implementation roadmap covered environmental clearances, equipment procurement, civil construction sequencing, commissioning, and trial runs — with a phased critical path that the client could take directly to engineering partners.

SSML's management approved the project following the NPCS review and have since moved into active engagement with engineering firms and equipment suppliers.