Over the past decade, India has achieved one of the most significant transformations in its social and energy policy landscape: the expansion of clean cooking fuel access. With over 332 million households connected to LPG and more than 10 crore beneficiaries under the Pradhan Mantri Ujjwala Yojana (PMUY), the country has successfully reduced reliance on traditional fuels such as firewood and biomass. This transition has delivered measurable gains in public health, gender productivity, and environmental outcomes.

Yet, the supply disruptions witnessed in early 2026—linked to geopolitical tensions affecting the Strait of Hormuz have revealed an important structural gap. While India has successfully expanded access to LPG, the resilience of the supply system underpinning that access remains incomplete. The issue is not one of policy failure, but of policy sequencing. Access expansion has moved faster than supply security architecture.

This distinction is critical. Energy access ensures that households are connected to modern fuels. Energy security ensures that those fuels remain available, affordable, and stable even under external shocks. The recent disruption has therefore acted less as a crisis and more as a system-level stress test, highlighting areas where India’s LPG ecosystem can be strengthened.

India’s LPG supply disruption linked to Hormuz tensions highlights structural energy dependencies. This Tatvita policy analysis examines import concentration, pricing distortions, and practical pathways to strengthen India’s cooking energy security.

Energy access and energy security are not the same.

India’s LPG system while successful in expanding access remains structurally dependent on imports, particularly from the Gulf region. This dependency is not unique to India; many large economies rely on external energy sources. What the recent disruption reveals is not a failure of policy, but an incomplete transition from access expansion to supply resilience.

Understanding the Structural Reality: Why LPG Dependence Exists

India’s LPG demand has grown rapidly:

This gap is not accidental. Indian refineries are optimised primarily for transport fuels such as petrol and diesel, with LPG emerging only as a by-product, accounting for roughly 4–5 percent of output. Expanding LPG production would therefore require a fundamental restructuring of refining economics, which is neither immediate nor cost-effective.

As a result, imports have become a necessary component of India’s energy mix. The concentration of these imports, however, introduces risk.

Why India Imports LPG

• Refineries are optimised for transport fuels (petrol, diesel), not LPG
• LPG yield is limited to 4–5% of refinery output
• Demand has grown faster than domestic production capacity

Import Concentration

This means:

• ~92% of imports come from Gulf countries
• ~54% of total LPG supply is exposed to Hormuz transit

Import dependence in itself is not a weakness—it is a feature of global energy markets. Even advanced economies such as Japan and South Korea rely heavily on imported energy.

The policy challenge is therefore not to eliminate imports, but to manage concentration risk and supply resilience.

The Demand Side: Welfare Success with Structural Implications

Unlike crude oil or industrial fuels, LPG demand in India is uniquely rigid. It is tied directly to household consumption, particularly cooking, which is a daily and non-negotiable activity. For millions of households, especially in rural and semi-urban areas, LPG is not easily substitutable in the short term.

This rigidity arises from three factors. First, cooking practices are culturally embedded and often depend on open flame systems. Second, infrastructure alternatives such as piped natural gas (PNG) or reliable electric cooking are not universally available. Third, switching costs both economic and behavioural are high.

The PMUY programme expanded LPG access to over 10.4 crore households, significantly improving:

• indoor air quality
• health outcomes
• gender productivity

However, it also transformed LPG into a highly inelastic essential good.

Unlike industrial fuels:

• LPG is tied to daily household consumption
• Switching alternatives (firewood, induction, PNG) is not immediate
• Cultural cooking practices rely heavily on open flame systems

This creates a unique demand structure: LPG demand is not just high—it is rigid.

The expansion of PMUY has therefore created a system where LPG demand is both socially critical and economically inelastic. This makes supply disruptions more sensitive, as they directly affect household welfare rather than just industrial output.

This rigidity means even temporary supply disruptions can have disproportionate social and economic effects.

What the Hormuz Disruption Revealed

The events of early 2026 did not create India’s vulnerability; they made it visible. Several structural features of the LPG system came into sharper focus.

One of the most important observations was the limited buffer capacity. India currently maintains approximately 1.9 million tonnes of LPG storage, equivalent to about 22 days of consumption. This reflects a just-in-time logistics model designed for steady supply flows rather than prolonged disruptions.

In contrast, India has developed a strategic petroleum reserve (SPR) of over 5.3 million tonnes for crude oil. The absence of a similar buffer for LPG highlights a policy asymmetry between transport fuels and household energy.

Another area of stress emerged in pricing structures. India operates a dual pricing system, where domestic LPG cylinders are partially subsidised while commercial cylinders are market-linked. During periods of supply disruption, this gap can widen significantly, creating incentives for diversion and informal market activity. The issue here is not subsidy itself, but the unintended consequences of price differentials under constrained supply conditions.

Economic and Sectoral Impact

The disruption had broader implications beyond households.

Food Service Sector

• Market size: ₹5.69 lakh crore
• Employment: ~8.5 million workers
• LPG dependency: ~95%

Restaurants typically maintain 2–3 days of LPG inventory, making them highly sensitive to supply disruptions.

Household Behavioural Risk

Research shows that when LPG availability or affordability declines:

• households may revert to traditional fuels (firewood, biomass)
• this reverses health and environmental gains

This is a key policy concern: Energy transitions can reverse quietly if supply reliability weakens.

Reframing the Issue: Not a Crisis, but a Policy Transition Point

The events of early 2026 did not create India’s vulnerability; they made it visible. Several structural features of the LPG system came into sharper focus.

One of the most important observations was the limited buffer capacity. India currently maintains approximately 1.9 million tonnes of LPG storage, equivalent to about 22 days of consumption. This reflects a just-in-time logistics model designed for steady supply flows rather than prolonged disruptions.

In contrast, India has developed a strategic petroleum reserve (SPR) of over 5.3 million tonnes for crude oil. The absence of a similar buffer for LPG highlights a policy asymmetry between transport fuels and household energy.

Another area of stress emerged in pricing structures. India operates a dual pricing system, where domestic LPG cylinders are partially subsidised while commercial cylinders are market-linked. During periods of supply disruption, this gap can widen significantly, creating incentives for diversion and informal market activity. The issue here is not subsidy itself, but the unintended consequences of price differentials under constrained supply conditions.

Global Context: Why This Challenge Is Normal

India is not alone in facing such structural energy challenges.

The lesson: Energy security is not about independence—it is about resilience.

Strengthening India’s LPG Security: Policy Pathways

The most immediate and impactful intervention would be the development of strategic LPG reserves. A storage capacity of 1.2–1.6 million tonnes, equivalent to 15–20 days of consumption, would significantly enhance India’s ability to absorb short-term disruptions. The estimated cost of such infrastructure, in the range of ₹8,000–12,000 crore, is relatively modest when compared to annual subsidy expenditures.

Alongside storage, supply diversification remains important. India’s recent agreement to import LPG from the United States marks a significant step toward reducing geographic concentration. While longer transit times limit its utility as an emergency buffer, such arrangements provide stability in baseline supply and reduce over-reliance on any single region.

Infrastructure also plays a critical role. The completion of the Kandla-Gorakhpur LPG pipeline, with a capacity of 8.25 MMTPA, would strengthen internal distribution networks and reduce dependence on road transport, which currently accounts for a large share of LPG logistics.

Pricing reform, while politically sensitive, can also improve system efficiency. A gradual move toward cost-reflective pricing combined with targeted subsidies through Direct Benefit Transfer (DBT) can reduce distortions without compromising affordability for vulnerable households.

The Role of Energy Transition

Over the longer term, India’s LPG strategy must be integrated with its broader cooking energy transition. Electric cooking, supported by expanding renewable energy capacity, offers a viable pathway in urban and semi-urban areas. It is already more efficient and, in some cases, more cost-effective than LPG.

In rural areas, compressed biogas (CBG) presents a promising alternative. Although current output remains limited, scaling up production through programmes like SATAT and GOBARdhan could gradually reduce dependence on imported LPG. However, this requires sustained investment, regulatory clarity, and assured offtake mechanisms.

The key is not to replace LPG entirely, but to create a diversified cooking energy ecosystem where households have multiple reliable options.

Institutional Integration

Currently, cooking energy policy is fragmented across:

• petroleum
• renewable energy
• rural development

A unified National Cooking Energy Mission can integrate:

• LPG
• electricity
• biogas
• PNG

Key Strategic Insights

1. Welfare and Supply Must Co-Evolve

Large-scale welfare programmes (like PMUY) must integrate:

• supply security
• infrastructure planning
• long-term sourcing strategy

2. Diversification ≠ Resilience

• Diversification improves baseline supply
• Strategic reserves provide shock absorption

Both are necessary.

3. Crises Can Accelerate Transition

The disruption has already:

• increased adoption of induction cooking
• triggered diversification policy
• highlighted storage gaps

Policy should capture this momentum, not just resolve the disruption.

Conclusion: From Access to Resilience

India’s LPG system represents a major developmental success. The recent supply disruption does not undermine that success—it clarifies the next stage of policy evolution.

The path forward lies in:

• building strategic reserves
• diversifying supply sources
• reforming pricing structures
• accelerating alternative cooking solutions

The key insight is simple but critical: Energy access ensures inclusion. Energy security ensures continuity.

India has achieved the first.
The current moment offers an opportunity to systematically build the second—through calibrated, realistic, and forward-looking policy action.