Goodluck Green Energy Limited

Goodluck Green Energy is part of the Goodluck India group — the Ghaziabad-based steel and engineering company that makes pipes, tubes, CR coils and structural steel, and which now also has a defence and aerospace arm. The green energy arm was incorporated in January 2024. On 1st May 2026, it inaugurated a green hydrogen plant in Kachchh, Gujarat — the same district where the parent already runs a steel facility near the Kandla and Mundra ports. And here's where it gets genuinely clever. Normal green hydrogen is made by splitting water. You take purified water, you pass renewable electricity through it, and it separates into hydrogen and oxygen. The problem is that this is brutally electricity-hungry — roughly 50 to 55 units of power for every single kilogram of hydrogen. Electricity ends up being 60–70% of your cost. It's why green hydrogen in India still costs ₹300–400 a kilo and why almost nobody is selling it at a profit. Goodluck is not doing that. Look at what the company actually bought during the year. The entire raw material purchase list is two items: scrap worth ₹11.36 lakh, and caustic soda worth ₹9.14 lakh. That's it. No demineralised water plant. No electrolyser stack consumables. No industrial-scale power bill. That points to a completely different reaction — dissolving reactive metal waste in an alkali. The metal reacts, hydrogen bubbles off, and what's left behind precipitates out as a metal oxide. And that leftover oxide is not garbage. It's a pigment. Goodluck India galvanises steel pipes. Galvanising produces zinc dross and zinc ash as waste. Zinc dissolved in caustic soda gives you hydrogen — and zinc oxide, which is a real commercial pigment sold into paints, rubber, ceramics and cosmetics. The company's own annual report describes converting "process by-products into pigments and other useful materials." So the pitch is beautiful on paper. The parent's factory waste becomes the subsidiary's raw material. One reaction produces two saleable products. And because you're diverting waste from landfill while making clean fuel, you get to sell carbon credits on top. Waste in. Hydrogen, pigment and carbon credits out. The circular economy, fully monetised. So what's the catch? Several, actually. First, the report doesn't name the metal or the pigment. It says "proprietary process." It doesn't name a single customer, doesn't disclose an offtake agreement, doesn't give a pigment capacity, and doesn't confirm whether it has any green hydrogen certification for those carbon credits. The zinc oxide reading above is the most plausible one — but it's an inference from a purchase ledger, not a company disclosure. Second, "green" is doing some heavy lifting. If the hydrogen is coming out of a caustic soda solution, remember that caustic soda is itself manufactured through the chlor-alkali process, which is extremely power-hungry. You haven't eliminated the electricity. You've moved it upstream to whoever sold you the caustic soda. Third, the scale is tiny. The plant started at roughly 3 tonnes of hydrogen a month — about 100 kg a day. The company wants to reach 63 tonnes a month in 14 to 18 months, which is a 20x jump. For perspective, GAIL's Vijaipur plant produces 4.3 tonnes a day using 10 MW of electrolysers. Goodluck's target, if hit, would be about half of that.