Dhanbad Coal Belt Develops Green Hydrogen Catalyst
In a region synonymous with coal mining and thermal power, researchers at Indian Institute of Technology (Indian School of Mines) Dhanbad have developed a low-cost catalyst aimed at reducing the price of green hydrogen production. The breakthrough signals how India’s coal heartland could begin repositioning itself within the country’s emerging clean energy economy.
Dhanbad sits at the centre of India’s coal belt, supplying fuel that has powered cities, steel plants and industries for decades. Yet as India gradually diversifies its energy mix, coal-dependent districts face mounting pressure to modernise. The development of a low cost catalyst for green hydrogen at IIT (ISM) represents a strategic pivot — applying the region’s engineering expertise to future-facing energy technologies rather than legacy fossil systems.Green hydrogen is produced by splitting water using renewable electricity, offering a zero-carbon fuel alternative for hard-to-abate sectors such as steelmaking, fertilisers and heavy transport. However, high input costs — particularly for catalysts used in electrolysis — have constrained large-scale adoption. By engineering a more affordable catalytic material, the Dhanbad-based research team aims to narrow the cost gap between green hydrogen and conventional fossil-fuel-derived hydrogen.
Energy economists note that lowering production costs is central to India’s ambition of becoming a competitive global supplier of green hydrogen. A low cost catalyst for green hydrogen could significantly reduce capital expenditure for electrolyser systems, making adoption more viable for industrial clusters — including those located in coal-heavy eastern states.The innovation carries symbolic weight. Jharkhand’s economy has long relied on coal mining revenues and coal-linked employment. As climate commitments tighten and renewable capacity expands, coal-producing regions must diversify to remain economically resilient. Clean energy research emerging from the coal belt demonstrates how institutions embedded in fossil economies can help shape transition pathways rather than be sidelined by them.
Urban planners and policy experts argue that such technological shifts must be accompanied by workforce retraining and investment in new value chains. If research breakthroughs translate into manufacturing or pilot plants within eastern India, they could anchor new industrial ecosystems around hydrogen production, storage and transport — potentially reusing existing logistics networks developed for coal.Scaling remains the next challenge. Laboratory success must be followed by industrial validation, regulatory support and partnerships with energy firms. Experts caution that cost reductions in catalysts alone will not guarantee market transformation without parallel investments in renewable power capacity and electrolyser manufacturing.
Still, the coal belt’s entry into green hydrogen research reflects a broader rebalancing underway in India’s energy geography. As coal-dependent districts explore cleaner technologies, the path from mining hub to innovation cluster may become central to ensuring that the transition to low-carbon energy is both economically inclusive and regionally grounded.
