PIB TrackerCoal gasification pitched for energy security
The Coal Minister frames the National Coal Gasification Mission as central to cutting India's fuel-import dependence.
What happened
- Speaking at the Bharat Electricity Summit 2026, the Union Minister for Coal and Mines positioned coal gasification as pivotal to India's energy security, lower import dependence, and industrial growth.
- He flagged the National Coal Gasification Mission, which sets a target of 100 million tonnes of coal gasification by 2030.
- An incentive framework of Rs 8,500 crore has been put in place to support public- and private-sector gasification projects.
- Several large-scale projects are already under way, with investments exceeding Rs 64,000 crore reported in the pipeline.
- The Minister stressed that gasification cuts across power, oil & gas, and fertilizers, and called for a shared ecosystem of industry, academia, start-ups, and research institutions.
- Underground Coal Gasification (UCG) was highlighted as a route to tap reserves that conventional mining cannot reach, with a lighter environmental footprint.
Background & context
India sits on coal reserves estimated at roughly 400 billion tonnes — among the largest in the world — and coal remains the backbone of the energy system, supplying about 55% of the primary energy mix and close to 74% of electricity generation. Annual coal demand is already around one billion tonnes and is expected to climb further towards 2047, even as the country holds to its pledge of Net Zero by 2070. That tension — heavy domestic coal on one side, a long decarbonisation horizon on the other — is exactly the space gasification is meant to occupy: it offers a way to extract more value from coal as a chemical feedstock rather than burning it raw for power.
The mechanism matters. Coal gasification reacts coal with controlled amounts of oxygen and steam at high temperature to produce syngas (synthesis gas), a mixture mainly of carbon monoxide and hydrogen. Syngas is not an end-product but an intermediate: it can be processed into methanol, synthetic natural gas, ammonia and fertilizers, di-methyl ether, and hydrogen, and is a feedstock for a range of petrochemicals. This is why the policy frames coal gasification as an import-substitution lever rather than simply another way to make electricity. The Minister underlined India's external dependence — about 83% of crude oil, 50% of natural gas, and over 90% of methanol and fertilizers are imported — and argued that domestically gasified coal can displace part of that bill while keeping a strategic energy buffer.
The Mission does not stand alone. It sits within a wider policy push by the Ministry of Coal that has, over recent years, included a stated ambition to gasify a large share of coal output by 2030, partial reimbursement of coal-supply costs and revenue-share concessions for gasification projects, and incentive windows for both Coal India Limited and private players. The Rs 8,500-crore framework cited here is the financial-incentive layer of that programme, channelled into three categories of projects — public-sector units, private players, and demonstration of indigenous and UCG technologies. The summit framing also connects it to two sibling announcements the same week: the Ministry of Mines' seventh tranche of critical and strategic mineral auctions and the Bharat Electricity Summit 2026's power-sector roadmap, both part of a broader energy-self-reliance narrative.
It is worth placing the technology in its own family. Surface gasification can be run in several reactor configurations — fixed-bed (moving-bed), fluidised-bed, and entrained-flow gasifiers — which differ in the coal particle size, temperature, and the quality of syngas they produce; Indian high-ash coals have historically been a technical challenge, which is part of why the Mission emphasises demonstration of indigenous technology. The end-products map onto whole industries: syngas to methanol (a transport fuel and chemical building block, also blended into petrol under methanol-economy efforts), to ammonia and then urea for the fertilizer chain, to synthetic natural gas that can substitute imported LNG, and to hydrogen for refineries and future clean-fuel use. This breadth is why the Minister described gasification as cutting across power, oil & gas, and fertilizers at once — a single feedstock route feeding three import-heavy sectors.
For Prelims
- Entity: National Coal Gasification Mission — a Ministry of Coal initiative to scale up converting coal into syngas-based products.
- Target: 100 million tonnes of coal gasification by 2030.
- Incentive: Rs 8,500 crore framework for public- and private-sector projects.
- Pipeline: investments exceeding Rs 64,000 crore reported.
- Process: coal + controlled oxygen/steam → syngas (CO + H₂) → methanol, fertilizers, synthetic natural gas, hydrogen, chemicals.
- Nodal ministry: Ministry of Coal (the announcement was made at the Bharat Electricity Summit 2026).
- Reserve & mix base: coal reserves ~400 billion tonnes; coal ~55% of energy mix and ~74% of electricity; demand ~1 billion tonnes/year.
- Import dependence quoted: ~83% crude oil, ~50% natural gas, 90%+ methanol & fertilizers.
- UCG: Underground Coal Gasification — gasifies coal in situ in the seam, accessing reserves too deep or uneconomic to mine conventionally.
- Net Zero anchor: India's stated target year is 2070.
What it is NOT: Coal gasification does not directly generate electricity — its primary product is syngas, a chemical feedstock; power is only one downstream use. It is distinct from ordinary coal combustion (burning for heat/power) and from coal liquefaction (coal-to-liquids, which converts coal into liquid fuels, often via gasification as a first step). UCG should not be confused with surface gasification: UCG happens underground in the unmined seam, whereas conventional gasification feeds mined coal into a surface gasifier. Syngas is also not the same as natural gas — natural gas is largely methane, while syngas is mainly carbon monoxide and hydrogen and is manufactured, not extracted.
The comparative set (gas/feedstock pathways an aspirant should hold together): coal gasification → syngas; steam methane reforming → hydrogen from natural gas (grey hydrogen); electrolysis of water → green hydrogen; biomass gasification → bio-syngas. Among hydrogen routes, gasified-coal hydrogen is "brown/black" hydrogen unless paired with carbon capture, which would make it "blue." Reading the Mission this way lets you survive a "match the feedstock to the product" or "how many of these yield syngas" item. The Mission also pairs naturally with the National Green Hydrogen Mission (a separate, MNRE-anchored programme) — both target import substitution and clean fuels, but via opposite feedstocks (coal vs renewable-powered electrolysis), a common point of confusion.
Why it matters
The problem the Mission addresses is structural. India imports the bulk of its crude oil and a large share of its gas, methanol, and fertilizers, which exposes the economy to price shocks and supply disruptions — a risk the same day's coverage of West Asia developments made concrete. Coal is the one fossil resource India has in abundance, so converting it into syngas-derived chemicals and fuels offers a domestic substitute for imported feedstocks without abandoning the coal asset base. For the fertilizer sector in particular, gasification could supply ammonia/urea feedstock that is today met largely through imported natural gas and finished product.
There is a real trade-off the policy carries rather than hides: gasification is carbon-intensive, so its climate credibility depends on coupling it with carbon capture, utilisation and storage and on treating it as a bridge while cleaner routes scale. UCG, flagged here, is attractive because it can reach stranded reserves and reduces surface disturbance, but it raises groundwater-contamination and subsidence concerns that need careful siting and monitoring. The honest reading is that the Mission is an industrial and energy-security bet — extracting more value and less import exposure from coal during the long transition to Net Zero 2070 — and its environmental defensibility rests on the abatement technologies bolted alongside it.