Godawari Power & Ispat Ltd is fundamentally a converter: it takes iron ore from its own mines and turns it into steel and power, capturing the margin at every step in between. Founded in 1999 by first-generation entrepreneur B.L. Agrawal, the company spent its early years as a commodity steelmaker before a deliberate pivot after 2007 toward raw-material integration - buying mines, building pellet plants, and generating its own electricity so that the business could withstand the violent cycles of steel prices. That recurring logic - own the input, convert it efficiently, and sell the output without speculating on either - explains every major investment the company has made since. # Business segments Two engines at different stages - a fully integrated steel business that feeds itself from mine to finished product, and a captive power platform that is rapidly decarbonising while expanding into battery storage - each built on the cost advantage of the other. ## 1. Integrated steel: from iron ore mine to factory gate, under one roof **The company mines its own high-grade ore, upgrades it, and converts it into finished steel products - capturing the margin at every link in the chain rather than paying suppliers.** - **Ore that costs half the market price** - GPIL’s two captive iron ore mines in Chhattisgarh hold 165 million tonnes of proven reserves, enough for over 35 years, and deliver ore at a landed cost of roughly Rs 2,900 per tonne versus a market price of about Rs 6,200 per tonne, a raw-material advantage of roughly Rs 3,300 on every tonne consumed. All mined ore is used in the company’s own plants; it never sells ore on the open market. - **Pellets that command a premium** - the company is among India’s leading pellet makers and the only one producing high-grade pellets (65% iron, 1% alumina), which sell at a premium of Rs 2,000-2,500 per tonne with no extra production cost. A new 2 million-tonne-per-year pellet plant, commissioned in late 2025, is India’s first to run on natural gas instead of coal gas, cutting CO₂ emissions for that unit by 64%. - **A chain where each step feeds the next** - the output of the beneficiation plant becomes feed for the pellet plant; pellets feed the sponge iron kilns; sponge iron goes to the steel melting shop to make billets; billets are hot-charged directly into the rolling mill, eliminating the fuel needed for reheating. The company describes this integration as “not incidental to its existence; it represents its very core”. - **Finished steel for infrastructure buyers** - the rolling mills produce rounds, structural steel, and wire rods, while a fabrication shop makes galvanised products for power transmission towers, solar projects, and pre-engineered buildings. The structural steel facility has already won product approvals from Power Grid Corporation and the Railway Board, opening doors to public infrastructure orders. - **A bigger furnace on the horizon** - a 1 million-tonne-per-year integrated steel plant has been approved at an estimated cost of Rs 7,000 crores, to be funded equally by debt and internal cash, which will move GPIL from the ranks of secondary steel producers into the league of primary steelmakers. ## 2. Captive power and new energy: cheaper electricity, and a battery bet on the side **The company generates its own power from waste heat, sunlight, and biomass - cutting energy costs for its steel mills - while building a large battery-storage factory to serve the grid.** - **Power from what the steel plant throws away** - waste heat recovery units capture hot gases from the sponge iron kilns and pellet plants to generate 49 MW of electricity with no extra fuel, fulfilling all of the company’s captive energy needs and sending surplus to the state grid. A new high-efficiency turbine from Siemens squeezes an additional 7-8 MW from the same waste heat. - **Solar fields replacing grid power** - captive solar capacity stands at 165 MW and is being expanded to 540 MW, with a 250 MW plant approved specifically to power a new cold-rolling mill and to displace high-cost thermal power at the existing steel plant. A recently commissioned 25 MW solar plant at Chawardhal now supplies the iron ore mines, replacing expensive electricity bought from the state utility. - **Electrifying the mine floor** - the company has deployed 10 electric dumpers, 24 electric loaders, and 15 electric excavators, cutting operating costs by roughly 75% and carbon emissions by about 88% compared with diesel equivalents, with a plan to shift the entire transport fleet to electric. # Group structure and partners **A family-led, debt-free holding company with tightly controlled subsidiaries in ferro alloys and new energy, plus a strategic stake in non-ferrous metal recycling.** - The parent company holds 96% of Hira Ferro Alloys and 100% of Alok Ferro Alloys, which together produce about 91,500 tonnes per year of silico manganese - roughly 40% of which is consumed captively in GPIL’s own steelmaking. - A 43.96% stake in Jammu Pigments marks a low-capex entry into the circular economy: the associate recovers lead, zinc, and other non-ferrous metals from industrial scrap and used batteries, with combined metal capacity exceeding 190,000 tonnes per year.