Cheaper Gas: Key to India’s Low-Carbon Transition

Cheaper Gas: Key to India’s Low-Carbon Transition

Syllabus:

GS-3: Issues Relating to Growth & Development, Renewable Energy, Environmental Pollution & Degradation

Why in the News?

India’s energy policy focus has returned to natural gas as global prices are expected to decline, making gas imports more affordable. With Gazprom planning an LNG terminal in India, cheaper gas could play a pivotal role in reducing carbon dioxide emissions and enabling India’s transition toward net zero emissions by 2050.

The Global Energy Realignment

  • Post-Ukraine Shift: After Russia’s 2022 invasion of Ukraine, Europe drastically reduced its dependence on Russian piped gas, triggering major shifts in global energy trade.
  • Rise of LNG Imports: Europe’s LNG imports surged by 20% this year, with over half coming from the United States, reshaping global gas flows.
  • Russia’s New Focus: Facing reduced European demand, Russia is exploring Asian markets, including India, for its Gazprom-led LNG projects.
  • Geopolitical Rebalancing: This geopolitical adjustment has made India a strategic alternative for Russia and a key player in the global LNG supply chain.
  • Economic Efficiency: Global supply diversification could lower gas prices, enabling India to utilize cheaper LNG for sustainable industrial and transport growth, contributing to its energy transition strategy.

India’s Energy Mix and Gas Potential

  • Current Share: Natural gas currently forms only about 6.7% of India’s total energy mix, despite its cleaner combustion compared to coal or oil.
  • Government’s Target: The goal is to increase gas share to 15% by 2030, aligning with India’s Paris Agreement commitments and broader net zero goals.
  • Infrastructure Utilization: Many of India’s LNG terminals are underused, functioning at only around 50% capacity, limiting energy diversification and hindering the energy transformation process.
  • Import Dependency: Around 50% of India’s gas is imported in LNG form, while domestic production remains constrained, affecting energy security.
  • Clean Transition Role: Gas serves as a transition fuel—less polluting than coal but still fossil-based—helping India move toward renewable dominance and address climate change concerns.

The Economic Case for Cheaper LNG

  • High Prices as Barrier: Current LNG prices hover around $11 per MMBtu, making it unaffordable for mass sectors like transport and power generation, impacting overall energy consumption.
  • U.S. Production Impact: The U.S. has lifted limits on gas capacity expansion, which could soon reduce global LNG prices, potentially lowering energy costs.
  • Comparative Example – China: China, despite importing most of its gas, has shifted a large part of its trucking fleet from diesel to LNG, reducing greenhouse gas emissions.
  • Regional Connectivity: Access to piped gas from Russia, Myanmar, and Turkmenistan has helped China and could inspire similar South Asian collaborations, enhancing regional energy security.
  • Opportunity for India: Lower import costs and expanded global supply present India with a timely chance to scale up LNG use in logistics and industry, boosting the gas market and overall energy sector growth.

Industrial and Transport Transformation

  • Logistics Transition: Cheaper gas could support a shift from diesel to LNG trucks, reducing carbon intensity in freight transport and improving energy efficiency.
  • Fiscal Incentives: The government may consider subsidies or tax incentives to help small transport enterprises switch to LNG vehicles, promoting clean energy technologies.
  • Urban Distribution: Wider piped natural gas (PNG) networks can replace LPG cylinders, cutting household emissions and promoting clean cooking solutions.
  • Infrastructure Expansion: Increasing the number of LNG fuelling stations and city gas networks will be key to uptake and overall energy infrastructure development.
  • Employment and Efficiency: Transition to LNG in logistics can create new jobs while reducing operational costs and pollution, contributing to the broader energy transformation.

Policy Mechanisms and Carbon Market Evolution

  • Carbon Market Introduction: India’s emerging carbon trading market encourages industries to buy and sell carbon credits, promoting efficiency and addressing greenhouse gas emissions.
  • Emission Verification: Success depends on high-integrity emission tracking and verification systems ensuring accurate carbon credit valuation, a crucial aspect of carbon pricing mechanisms.
  • Integration with LNG: The carbon market could favor low-emission fuels like LNG, increasing their competitiveness in the energy sector.
  • Net-Zero Pathway: Gas, though not emission-free, could serve as a “middle path” fuel during India’s net zero transition, supporting the country’s net zero 2050 ambitions.
  • Private Sector Role: Industries that optimize energy usage and invest in gas-based systems may gain financial rewards through carbon trading, incentivizing further energy investment.

Challenges:

  • High Import Costs: Despite price declines, LNG imports remain costly due to transportation, regasification, and storage infrastructure, impacting overall energy costs.
  • Underutilized Terminals: LNG terminals operate at low capacity, indicating poor distribution and industrial linkage, hindering efficient energy supply.
  • Inadequate Domestic Supply: India’s domestic gas reserves are insufficient to meet rising demand, making the country vulnerable to global price volatility.
  • Policy Ambiguities: Regulatory overlaps between central and state governments delay pipeline approvals and market reforms, affecting energy sector development.
  • Competing Fossil Fuels: LPG and oil-based fuels remain cheaper alternatives in some sectors, slowing LNG adoption and complicating the energy transition.
  • Infrastructure Gaps: Limited pipelines and refueling stations hinder gas penetration in remote areas, challenging energy access goals.
  • Consumer Awareness: Many small-scale industries lack knowledge or incentives to transition to gas-based systems, slowing the adoption of clean energy technologies.
  • Geopolitical Risk: Dependence on imports from countries like Russia or Qatar could pose strategic challenges to energy security.
  • Technological Barriers: Retrofitting vehicles or industrial systems to use LNG involves high initial costs, impacting energy investment decisions.
  • Emission Misperception: Public understanding of LNG’s partial carbon footprint remains limited, affecting its environmental credibility in the context of carbon dioxide emissions reduction.

Way Forward:

  • Boost Domestic Exploration: Encourage private participation and technology partnerships to enhance domestic gas output, reducing import dependency.
  • Expand Infrastructure: Invest in new LNG terminals, pipelines, and refueling networks under the National Gas Grid plan to strengthen energy infrastructure.
  • Fiscal Incentives: Offer tax rebates and subsidies for LNG-powered transport and industrial adoption, promoting clean energy technologies.
  • Carbon Market Strengthening: Implement robust verification and transparent credit trading mechanisms for better compliance with carbon pricing initiatives.
  • Diversify Imports: Secure long-term supply contracts with multiple nations to avoid overdependence on any single source, enhancing energy security.
  • Regional Cooperation: Engage with South Asian and ASEAN partners for joint pipeline and LNG infrastructure projects, fostering regional energy collaboration.
  • Public Awareness Drives: Launch national campaigns on cleaner energy benefits and economic savings from gas usage to promote wider adoption.
  • Technological R&D: Promote innovation in LNG storage, small-scale regasification, and hybrid systems to advance clean energy technologies.
  • Transition Financing: Mobilize green finance from global climate funds to support infrastructure expansion and energy sector transformation.
  • Regulatory Simplification: Streamline clearances and pricing frameworks to attract investment and encourage private sector entry in the gas market.

Conclusion:

India stands at a crucial juncture to expand LNG usage as an efficient transition fuel for its low-carbon transition. With falling global prices, enhanced infrastructure, and a supportive policy ecosystem, natural gas can help India balance economic growth with environmental sustainability on its road to net zero by 2050. The integration of natural gas in India’s energy mix presents a significant opportunity to address climate change, improve energy efficiency, and drive the nation’s energy transformation towards a cleaner, more sustainable future.

Source: TH

Mains Practice Question:

“Discuss the potential of natural gas as a transitional fuel in India’s journey toward net-zero emissions. Evaluate the economic, infrastructural, and policy challenges hindering its widespread adoption and suggest measures to enhance the share of gas in India’s overall energy mix.”