India’s LPG crisis is the wake-up call it cannot ignore

UPSC Syllabus: Gs Paper 3- Infrastructure

Introduction

India is facing a serious energy challenge. The 2026 gas crisis shows LPG shortages, high LNG prices, and rising import bills. This is not a short-term problem. It shows a deep structural issue in the energy system. High import dependence and weak infrastructure have increased risks. Energy insecurity now affects growth, inflation, and economic stability. The focus must shift from temporary fixes to long-term energy self-reliance.

Nature and Reasons for India’s LPG Crisis

1. High import dependence and widening gap: India depends on imports for about 60% of LPG and 88.6% of crude oil, showing a large mismatch between production and demand.
2. Rising energy demand pressure: LNG imports may reach 28–29 MMT, while total energy demand is expected to triple by 2047, increasing pressure on imports.
3. Household-centric consumption pattern: More than 90% of LPG is used in households, making demand rigid and difficult to reduce during supply shocks.
4. Critical dependence on a single route: Around 90% of LPG imports pass through the Strait of Hormuz, making supply highly exposed to disruptions.
5. Direct exposure to global disruptions: About 54% of LPG supply is at risk if this route is disrupted, turning global shocks into domestic crises.
6. Infrastructure inefficiencies and underutilisation: LNG regasification capacity exceeds 50 MMT, but utilisation remains at 50–60% due to pipeline constraints and demand mismatch.
7. Reactive policy response: Government actions manage short-term shortages but fail to address the core issue of import dependence.

Compressed Biogas (CBG): A Strategic Opportunity

1. Large untapped domestic potential: India has a potential of 62 MMT of CBG annually from agricultural waste, animal waste, and municipal waste.
2. Very low current production: Current output is only 920 tonnes per day from 132 plants, showing a major gap between potential and actual output.
3. Multiple benefits of CBG: CBG supports energy security, environmental sustainability, and rural economic growth at the same time.
4. Policy support already exists: Initiatives like Sustainable Alternative Towards Affordable Transportation (SATAT)and Galvanising Organic Bio-Agro Resources Dhan (GOBAR-DHAN) provide incentives, assured offtake, and a clear framework for growth.
5. Opportunity for structural shift: CBG can reduce dependence on imports and support a domestic, sustainable energy system.

Challenges in Scaling CBG (Execution Gaps)

1. Fragmented and unreliable feedstock supply: Lack of organised biomass collection makes it difficult for plants to operate efficiently.
2. Financing delays and limited support: Funding is often delayed or insufficient, reducing project viability.
3. Slow and complex regulatory approvals: Project approvals can take six to nine months, increasing delays and uncertainty.
4. Underdeveloped digestate market: Digestate (the nutrient-rich organic residue left after biogas production) has no strong or organised market. This limits an important source of revenue for plant operators, making CBG projects less profitable and less financially viable.
5. Gap between vision and execution: Strong policy intent exists, but systems to implement projects at scale are still missing.

Required Structural Reforms

1. National feedstock security framework: State-wise mapping, aggregation systems, and long-term contracts can ensure reliable biomass supply.
2. Technology and feedstock alignment: Matching feedstock types with suitable technologies can improve efficiency and output.
3. Single-window clearance system: Faster approvals are needed to reduce delays and improve ease of doing business.
4. Improved financial mechanisms: Tools like viability gap funding, green bonds, and carbon creditscan attract private investment.
5. Promotion of energy crops: Crops like Napier grass can provide stable feedstock with high yield.
6. Strategic land allocation: Using 2–3% of agricultural land for energy crops can ensure supply without harming food security.

Way Forward

1. Supply-side reforms for stability: Domestic LPG and refinery gases should be prioritised for households, while industrial users should arrange separate imports.
2. Diversification of import sources: Expanding sourcing to countries like the US, Russia, Norway, and Canada can reduce dependence on the Gulf.
3. Building strategic storage capacity: Creating 2–3 weeks of buffer stock (1.3–1.9 million tonnes)can handle supply disruptions.
4. Strengthening logistics and infrastructure: Investment in terminals, pipelines, and rail networks can improve flexibility and distribution.
5. Targeted subsidy and price stability: Temporary subsidies and compensation to oil companies can prevent sudden price increases.
6. Financial support for emergency imports: Credit support and guarantee systems can reduce the cost of alternative sourcing.
7. Promoting alternative cooking energy: Electric cooking and PNG expansion can reduce dependence on LPG.
8. Balanced long-term energy strategy: Immediate focus on supply, medium-term on resilience, and long-term on diversification of energy sources.

Conclusion

India’s LPG crisis highlights deep structural weaknesses in its energy system. Rising import dependence and slow execution have increased risks. A shift toward domestic alternatives like CBG is necessary for long-term stability. Strong reforms and better implementation are essential. Moving beyond short-term fixes, India must build a resilient and self-reliant energy framework to ensure sustainable growth and reduce vulnerability to global shocks.

Question for practice:

Discuss how India’s LPG crisis reflects structural energy vulnerabilities and examine the role of Compressed Biogas (CBG) and related reforms in achieving energy self-reliance.

Source: The Hindu