Content: One Billion Tonne: Strengthening India’s Energy Future! Making India More Disaster-Resilient One Billion Tonne: Strengthening India’s Energy Future! Context: India crossed 1 billion tonnes (BT) of coal production on March 20, 2025, during FY 2024-25. This achievement came 11 days ahead of the previous fiscal year’s total production of 997.83 million tonnes (MT) in FY 2023-24. Reflects India’s commitment to energy security, industrial growth, and economic expansion. Relevance : GS 3(Environment and Ecology , Economic Growth , Energy Security) Contribution of Stakeholders Public Sector Undertakings (PSUs) such as Coal India Limited (CIL) and Singareni Collieries Company Limited (SCCL) played a crucial role. Private sector participation increased after policy reforms, enhancing production efficiency. 5 lakh mine workers across 350+ coal mines have contributed significantly to this milestone. Energy Mix & Dependence on Coal Coal remains India’s primary energy source, contributing to: 55% of the country’s total energy consumption. 74% of electricity generation via coal-fired thermal power plants. Essential for powering industries, agriculture, and infrastructure development. Policy Reforms Driving Growth Mines and Minerals (Development and Regulation) Act amendments enabled greater private participation. Commercial coal block auctions increased competition and enhanced coal availability. Government initiatives helped reduce reliance on imported coal, strengthening energy self-sufficiency. Impact on Foreign Exchange Savings & Imports India’s coal imports declined by 8.4% between April and December 2024. Resulted in foreign exchange savings of $5.43 billion (₹42,315.7 crore) compared to the previous year. Reduces dependence on high-cost coal imports and strengthens India’s trade balance. Alignment with ‘Atmanirbhar Bharat’ & Viksit Bharat 2047 Enhances India’s self-reliance in the energy sector, reducing import dependency. Contributes to sustainable economic growth and long-term energy security. Supports the government’s vision of ‘Viksit Bharat 2047’, aiming for a fully developed and self-sufficient India. Sustainability & Future Outlook Increasing focus on advanced mining techniques for better efficiency and safety. Optimizing logistics to streamline coal transportation and distribution. Promoting sustainable mining practices to reduce environmental impact. Technology-driven solutions like automation, digitization, and cleaner coal technologies will play a key role. Strategic Implications Reinforces India’s economic resilience by ensuring a stable power supply. Strengthens industrial growth, supporting sectors like steel, cement, and manufacturing. Encourages investment in domestic coal production while transitioning to a balanced energy mix. A stepping stone for future energy diversification, including increased renewable energy integration. Facts and Figures : Global Coal Production Rankings (2024-25) China – 4.76 billion tonnes (Largest producer) India – 1 billion+ tonnes (Achieved March 20, 2025) India’s Coal Production Highlights Coal India Ltd (CIL) – 773.81 MT (FY 2023-24, +10% growth) Singareni Collieries (SCCL) – 70.02 MT (+4.3% growth) Coal-based power – 74% of India’s electricity Coal imports down 8.4% (Forex savings: $5.43B in Apr-Dec 2024) Global Coal Consumption Trends Total: ~8.7 billion tonnes (Near record high) Major consumers: China, India (Power & industry) Key Takeaways India is #2 globally and moving towards self-reliance in coal. Strategic reforms & private sector participation boosting production. Coal remains critical for India’s energy security. Conclusion India’s 1 BT coal production milestone signifies a strategic shift towards self-sufficiency, economic resilience, and energy security. While coal remains the backbone of India’s energy sector, continued technological advancements and policy reforms will shape a sustainable and efficient coal ecosystem in the coming years. Making India More Disaster-Resilient Earthquake Vulnerability in India Geographical Risk: ~59% of India is prone to earthquakes. Seismic Zones: India is classified into four seismic zones (II to V) by BIS, with Zone V being the most active (Himalayan belt, North-East India, Andaman & Nicobar Islands). Recent Earthquake Data: 159 earthquakes recorded from Nov 2024 to Feb 2025, with a 4.0 magnitude quake in Delhi on Feb 17, 2025. Historical Devastation: 1905 Kangra (M 8.0): 19,800 deaths. 2001 Bhuj (M 7.9): 12,932 deaths, destruction of 890 villages. Relevance : GS 3(Disaster Management) Government Initiatives for Earthquake Safety A. Institutional Framework Disaster Management Act, 2005: Established NDMA, NDRF, and SDMAs. National Disaster Management Authority (NDMA): Policy-making, guidelines, and coordination. State Disaster Management Authorities (SDMAs): Implementation at the state level. National Disaster Response Force (NDRF): Specialized search and rescue teams; expanded from 8 to 16 battalions. B. Seismic Monitoring & Early Warning Systems National Centre for Seismology (NCS): Operates India’s earthquake monitoring network. Sharing real-time seismic data with disaster management agencies. Researching earthquake early warning (EEW) for Himalayan regions. Expansion of Seismic Observatories: Increased from 80 (2014) to 168 (Feb 2025). BhooKamp App: Provides real-time earthquake alerts. C. Risk Assessment & Infrastructure Resilience Earthquake Disaster Risk Index (EDRI): Evaluates hazard, vulnerability, and exposure. Phase I: Covered 50 cities. Phase II: Expanding to 16 more cities. Earthquake Safety Guidelines: Home Owner’s Guide (2019): Safe building standards. Simplified Guidelines (2021): Construction safety for urban buildings. Retrofitting & Structural Safety: Promotion of earthquake-resistant building codes. India’s Global Disaster Assistance Efforts Humanitarian Assistance & Disaster Relief (HADR): Rapid response to international calamities. Aid to Türkiye & Syria (Feb 2023 earthquake) through NDRF teams, medical aid, and essential supplies. ‘Vasudhaiva Kutumbakam’ Approach: Strengthening global disaster response cooperation. Challenges & Areas for Improvement Gaps in Early Warning Systems: Need for more advanced predictive models. Infrastructure Vulnerability: Many urban and rural buildings still non-compliant with seismic safety codes. Public Awareness & Preparedness: Limited earthquake drills and community training. Coordination Challenges: Need for better integration between NDMA, SDMAs, and local governments. Key Initiatives : Seismic Observatories: Increased from 80 (2014) to 168 (2025). Public Awareness: NDMA aired “Aapda Ka Samna” on Doordarshan (March 2025). 10-Point Agenda (2016): Aligns with Vision 2047 for disaster resilience. Retrofitting: Enforcing building codes as 59% of India is earthquake-prone. Himalayan Preparedness: Early warning systems & disaster response framework. Safety Guidelines (2021): Simplified under Building Code of India. Risk Transfer & Insurance: Covers earthquake-induced damage to infrastructure. BhooKamp App: Provides real-time earthquake alerts (by NCS, MoES). Way Forward Strengthening Earthquake Monitoring: Increase seismic stations and enhance real-time data analytics. Mandatory Earthquake-Resistant Infrastructure: Enforce BIS seismic codes in all new constructions. Expansion of EEW Systems: Implement a nationwide warning system, especially for high-risk areas. Public Awareness & Drills: Mass-scale safety education and periodic earthquake drills. Integration of AI & GIS Mapping: For better hazard assessment and disaster response. Conclusion India is making significant strides in disaster resilience through policy reforms, improved seismic monitoring, and structural safety initiatives. However, continuous investment in early warning systems, infrastructure resilience, and public preparedness is essential.