By Ramachandran Rajeev Kumar — 2026-05-30

Coal Gasification Is Not Clean Magic. It Is An Industrial Tool.

India should use coal gasification.

India should also stop calling it a miracle.

Both statements can be true. In fact, both must be true if the country wants a serious energy strategy.

The Union Cabinet's May 2026 approval of a Rs. 37,500 crore scheme for surface coal and lignite gasification is a major policy move. The scheme targets about 75 million tonnes of coal and lignite gasification, supports the national goal of 100 million tonnes by 2030, and offers incentives of up to 20 percent of plant and machinery cost. It is projected to mobilise Rs. 2.5-3 lakh crore in investment over the scheme's full lifecycle, create around 50,000 direct and indirect jobs across about 25 projects, and reduce dependence on imports of LNG, urea, ammonia, methanol, ammonium nitrate, DME and related products.

This is not small.

For a country that imports more than half its LNG, nearly all its ammonia, much of its methanol and a meaningful share of urea, coal gasification is not just a coal-sector idea. It is a fertiliser idea, a chemicals idea, an explosives idea, an industrial-feedstock idea and an energy-security idea.

But the words around it matter.

Coal gasification is not clean magic. It is coal chemistry.

It can be cleaner than burning coal directly for some pollutants if designed and controlled properly. It can enable domestic production of syngas, methanol, ammonia, urea, ammonium nitrate and synthetic natural gas. It can create a route for carbon capture because some CO2 streams are more concentrated than ordinary flue gas. It can reduce import exposure in strategic commodities.

But it still begins with coal.

That means carbon, water, ash, wastewater, mining, transport, land, cost and long project timelines.

India should therefore treat coal gasification as a precise industrial tool, not as a political chant.

The Case For Gasification Is Strategic

India has a simple problem: it has coal, but imports too many coal-derived or gas-derived industrial molecules.

That mismatch is not intelligent.

The Ministry of Coal says India has about 401 billion tonnes of coal resources and about 47 billion tonnes of lignite resources (Geological Survey of India estimate, as on 1 April 2025), with coal still accounting for more than 55 percent of the country's energy mix. At the same time, the official Cabinet note says India's import bill for key substitutable products such as LNG, urea, ammonium nitrate, ammonia, coking coal, methanol and DME stood at about Rs. 2.77 lakh crore in FY2025.

That is a sovereignty problem.

Not because imports are always bad. Imports are often necessary and efficient. But permanent dependence in strategic inputs creates bargaining weakness. Fertiliser security affects food security. Ammonia and methanol affect chemicals. Ammonium nitrate affects mining and infrastructure. LNG affects power and industry. Coking coal affects steel.

When global supply is calm, import dependence looks like an accounting item.

When war, sanctions, shipping disruption or currency stress hits, it becomes a national vulnerability.

That is why coal gasification deserves attention. It gives India a way to convert a domestic resource into higher-value industrial inputs. It can reduce exposure to global price shocks. It can support coal-bearing regions with new industrial capacity. It can push PSUs and private players into technology, EPC capability, gas cleanup, carbon management and downstream chemicals.

This is the right strategic question:

If India must use coal for some decades, can it extract more value from each tonne instead of only burning it?

Coal gasification answers: yes, in selected sectors.

But the word "selected" is important.

Do Not Use Gasification Everywhere

Coal gasification should not become a lazy default.

India does not need to gasify coal wherever electrification, renewables, green hydrogen, biomass, natural gas, recycling or efficiency can do the job better. Coal gasification is capital-intensive, technically demanding and environmentally serious. It should be used where domestic substitution is strategically valuable and where alternatives are not yet mature, affordable or secure.

Fertiliser is one such area.

India subsidises fertiliser heavily because agriculture depends on it. Urea imports and gas-linked volatility directly affect fiscal pressure and food security. A domestic coal-to-urea route is not perfect, but it can provide strategic insurance if the economics and environmental controls work.

Ammonium nitrate is another.

Mining, infrastructure and industrial activity need reliable supply. The Lakhanpur coal-to-2000 TPD ammonium nitrate project in Odisha is important because it tries to build domestic chemical capability using indigenous gasification technology from BHEL.

Methanol also matters.

India imports most of its methanol, which is used in chemicals, fuel blending possibilities and industrial processes. If coal gasification can produce methanol competitively while controlling emissions, it deserves a place in the portfolio.

Synthetic natural gas is more complicated.

It may help in specific industrial uses or gas-grid contexts, but India should not use coal-to-SNG as an excuse to avoid faster electrification where electricity is already the better route. Replacing imported LNG with coal-derived gas may improve import security, but it does not automatically improve climate performance.

The test should be strict:

Does the project reduce a strategic import?

Does it create a domestic industrial capability?

Does it have credible carbon and water management?

Does it beat realistic alternatives over the project life?

Does it have committed offtake?

Does it avoid becoming a subsidy trap?

If the answer is no, do not build it.

Lakhanpur Is The Project To Watch

The Lakhanpur project in Odisha should be treated as a national execution test.

In April 2026, Bharat Coal Gasification and Chemicals Limited — a joint venture of Coal India and BHEL — signed a land lease with Mahanadi Coalfields Limited for a coal-to-ammonium nitrate project at Lakhanpur. The official note says the project is planned as a 2000 TPD ammonium nitrate facility, spread over about 350 acres, and is India's first coal gasification project to deploy indigenously developed gasification technology by BHEL. The Ministry has extended Rs. 1,350 crore in financial support. Major LSTK packages have been awarded to BHEL and Larsen & Toubro.

BHEL's January 2026 order matters because it takes its pressurised fluidised bed gasification technology toward first commercial-scale application. This is how industrial capability is built: not by importing every critical technology forever, but by forcing domestic engineering systems to stand up under performance guarantees.

There is a technical reason the indigenous route matters. Indian coal runs high in ash, and gasifiers built abroad for cleaner feedstock routinely choke on it. BHEL's pressurised fluidised-bed design is built for exactly this coal — which is why Lakhanpur is a test of capability, not merely capacity.

Lakhanpur should therefore have a public scoreboard.

Land readiness.

Statutory clearances.

Coal linkage.

Technology milestones.

Gasifier fabrication.

Air separation unit progress.

Syngas cleanup.

Ammonia and ammonium nitrate units.

Water system.

Carbon capture or utilisation plan.

Commissioning timeline.

Cost escalation.

Safety performance.

Offtake contracts.

That may sound excessive. It is not.

If India wants to spend thousands of crores and claim import substitution, citizens deserve a scoreboard. Industrial missions fail when they become invisible after the press release.

Talcher Is The Warning

Talcher is equally important, but for a different reason.

Talcher Fertilizers Limited is reviving the old FCIL unit in Odisha through a coal gasification-based ammonia-urea project. Its website says the project plans about 1.26-1.27 MMTPA of neem-coated prilled urea, with a coal gasification unit, a 2200 MTD ammonia plant and a 3850 MTPD urea plant. The project cost is listed at about Rs. 13,277 crore, with mechanical completion expected by June 2027 and project completion targeted for December 2027.

This project is strategically important.

It is also a reminder that coal gasification projects are slow, complex and unforgiving.

India has been talking about Talcher for years. If the first coal gasification-based urea project takes that long to arrive, policymakers should be humble about claiming that 25 projects will materialise quickly. The country needs acceleration, but it also needs truth.

The Talcher lesson is simple:

coal gasification is not a plug-and-play scheme.

It is a multi-system industrial project involving coal quality, petcoke blending, gas cleanup, ammonia synthesis, urea production, financing, contractors, environmental compliance, land, rail, water, safety and offtake.

If one part slips, the whole project slips.

This is why the new Rs. 37,500 crore scheme must be milestone-driven. Money should follow performance, not promises.

Carbon Must Be Counted Honestly

The easiest way to ruin the coal gasification mission is to oversell it as clean energy.

It is not.

Gasification produces syngas, which typically contains carbon monoxide, hydrogen, carbon dioxide, methane, water vapour and trace contaminants. The final emissions profile depends on feedstock, technology, product, efficiency and whether carbon is captured or utilised. Producing ammonia, methanol or synthetic fuels from coal without serious carbon management can lock India into high-carbon industrial pathways.

This does not mean coal gasification must be rejected.

It means carbon must be counted.

Every project should publish expected CO2 intensity per tonne of product. It should specify whether CO2 will be captured, used or stored. It should explain whether utilisation is permanent, temporary or merely delaying emissions. It should show how the project compares with alternatives such as imported LNG-based production, green ammonia, biomass gasification, electrification, direct imports and efficiency.

Carbon capture cannot be a decorative line in a project report.

It must be engineered, financed and monitored.

India does not yet have a mature CCUS policy ecosystem at the scale needed for widespread coal-based chemicals. That should make policymakers careful. A coal gasification project with credible carbon capture may be strategic. A project that says "CCUS-ready" and then runs for decades without capture is just another way to move emissions from one column to another.

The country should be blunt:

No carbon plan, no public subsidy beyond a narrow threshold.

Water Is Not A Footnote

Coal gasification is also a water issue.

Gasification plants need water for steam cycles, boiler feedwater, cooling and process operations such as syngas cooling and cleaning. NETL's technical material explains that gasification wastewater includes cooling-tower blowdown, steam-cycle blowdown, regeneration wastewater, collected rainwater, purges, wash-downs and condensed process water. It also notes that IGCC plants can consume between 6 and 9 gallons per minute of water per MW, depending on design, and that process wastewater can contain salts, gases, trace metals, organics, chloride, fluoride, sulfide, nitrogen species, cyanide, thiocyanate and bicarbonate.

In plain English: this is not a harmless water loop.

Water management must be designed from day one.

India's coal-bearing regions are not all water-rich. Some already face industrial, agricultural and urban water stress. If gasification becomes another large industrial water claim without recycling, zero liquid discharge where needed, groundwater discipline and transparent monitoring, the mission will create local conflict.

A good coal gasification project must therefore answer:

Where will water come from?

How much fresh water will be used per tonne of product?

What will be recycled?

What will be discharged?

How will wastewater contaminants be treated?

How will ash, slag, salts and brines be handled?

Who monitors this in real time?

Energy security built on water insecurity is bad strategy.

The Economics Must Survive Reality

Coal gasification looks attractive when imported LNG, methanol and ammonia are expensive.

It looks less attractive when global prices fall, domestic coal logistics become costly, project costs rise, carbon rules tighten, technology underperforms or offtake contracts are weak.

This is why India needs hard project economics, not national mood.

The government's scheme uses competitive bidding, milestone-linked disbursement and caps on support. That is good. But the next layer matters more: cost audits, transparent coal-pricing assumptions, offtake discipline, product-price sensitivity, foreign exchange sensitivity, carbon sensitivity and water-cost sensitivity.

Do not compare an optimistic Indian project with a pessimistic import scenario.

Compare full-cycle cost with full-cycle cost.

If a coal-to-methanol project needs permanent subsidy to survive normal methanol prices, India should ask whether the subsidy is buying strategic insurance or merely rescuing poor economics. If a coal-to-urea project reduces import risk but creates high carbon and water costs, the country should know that trade-off honestly.

Industrial policy is not about never subsidising.

It is about knowing what the subsidy buys.

Coal Regions Need New Industry, Not Just More Extraction

There is a social reason coal gasification matters.

India's coal-bearing regions need an industrial future. Jharkhand, Odisha, Chhattisgarh, West Bengal and parts of Maharashtra cannot be treated only as extraction zones. If coal remains central to India's economy for some decades, the regions that carry the burden should get value addition, jobs, chemicals capacity, engineering work, services and local supply chains.

Coal gasification can help if done properly.

It can move some value addition closer to coalfields. It can create process-industry jobs. It can support domestic equipment manufacturing. It can build chemical clusters. It can use Coal India and PSUs as anchors while pulling private capital and technology providers into coal-bearing districts.

But this must not become another enclave model where land is taken, pollution stays, profits leave and local people receive only low-end work.

Coal gasification clusters should include local skilling, supplier development, health monitoring, environmental disclosure, township planning and worker safety.

Atmanirbharta is not only about reducing imports.

It is also about giving producing regions a better development bargain.

Do Not Let Coal Gasification Delay The Real Transition

There is one major danger.

Coal gasification may become a political excuse to delay cleaner alternatives.

India must avoid that.

The country should still expand renewables, storage, nuclear, green hydrogen where viable, electrified industrial heat, energy efficiency, biogas, waste-to-energy where sensible, public transport and grid modernisation. Coal gasification should not sit above these. It should sit beside them as a limited industrial tool for hard-to-substitute inputs.

For power generation, India should be especially careful. Gasification can produce synthetic gas for power, but that does not mean coal-to-gas-to-power should become a default path. In many cases, direct renewables plus storage, nuclear, hydro, grid flexibility, demand response or efficient coal plants with pollution controls may make more sense.

Coal gasification's strongest Indian case is not ordinary electricity.

Its strongest case is import substitution in chemicals and fertiliser where molecules matter.

That distinction must be protected.

The Right Mission Design

India should proceed, but with seven conditions.

First, publish a national project dashboard for every supported gasification project.

Second, require full carbon-intensity reporting and credible carbon management plans.

Third, require water-source, recycling, discharge and contaminant-treatment disclosure.

Fourth, link incentives to milestones, commissioning, performance and product output, not only construction.

Fifth, prioritise projects that replace strategic imports: urea, ammonia, methanol, ammonium nitrate and selected chemical feedstocks.

Sixth, build domestic technology capability through BHEL, Coal India, research institutions, private EPC firms and specialist suppliers, while still using global technology where needed.

Seventh, do not allow coal gasification to crowd out investments in cleaner substitutes where those substitutes are already economically or strategically superior.

This is the balance.

Use coal because India has it.

Do not worship coal because India has it.

The Bharathvector View

Coal gasification is a useful answer to a specific Indian problem.

It is not the answer to every energy problem.

India imports too many industrial molecules. It has large coal and lignite reserves. It needs fertiliser security, chemical security and foreign-exchange resilience. The May 2026 scheme recognises this reality and gives the sector scale, incentives and policy certainty.

That deserves support.

But support should not mean surrendering judgment.

Every rupee of public incentive must buy capability. Every project must face carbon accounting. Every water plan must be credible. Every delay must be visible. Every claim of import substitution must be tested against actual output. Every "clean coal" phrase must be translated into engineering proof.

Coal gasification can make India stronger if it converts domestic coal into strategic industrial products with disciplined carbon, water and cost management.

It will make India weaker if it becomes a subsidy pipeline wrapped in green language.

So the national position should be simple:

Build the projects that matter.

Measure them publicly.

Control the carbon.

Respect the water.

Punish delays.

Do not call coal clean just because it has entered a chemical plant.

Coal gasification is not clean magic.

It is an industrial tool.

India should use it exactly like one.

BarathVector covers India's energy policy and industrial strategy. Subscribe for the weekly briefing.