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GS Paper: GS3-13.Infrastructure: Energy, Ports, Roads, Airports, Railways etc:

  • Strengthening Andaman and Nicobar Command (ANC) for India’s Maritime Security

    Central Idea

    • China’s aggressive construction of artificial islands in the South China Sea highlights the strategic significance of India’s Andaman and Nicobar (A&N) Islands. These islands provide India with a unique opportunity to project power, safeguard its interests, and exert influence in the region. However, there is an urgent need to reinforce the Andaman and Nicobar Command (ANC) and recognize its potential in the evolving Indo-Pacific security landscape.

    All you need to about Andaman and Nicobar Command (ANC)

    • The Andaman and Nicobar Command (ANC) is a unified military command of the Indian Armed Forces. It brings together the three branches of the Indian Armed Forces, the Army, Navy, and Air Force along with the Coast Guard, under the command of a designated Commander-in-Chief, Andaman and Nicobar (CINCAN).
    • It was established on October 1, 2001, and is responsible for the defense and security of the Andaman and Nicobar Islands, which are strategically located in the Bay of Bengal.
    • The ANC plays a significant role in regional security in the Indo-Pacific and contributes to joint military exercises and collaborations with partner countries.
    • It serves as a model for jointness and integration in India’s military structure, promoting coordination, interoperability, and efficiency in operations.

    China’s rapid construction of artificial islands in the South China Sea and concerns for India

    • Security Threat: China’s militarization of these islands, including the deployment of military infrastructure and guided-missile batteries, poses a direct security threat to India. It enables China to extend its defensive perimeter and project power in the region, potentially affecting India’s strategic interests.
    • Maritime Domain Awareness: China’s island-building campaign allows it to enhance its maritime domain awareness by monitoring and controlling the sea routes in the South China Sea. This could potentially impact India’s freedom of navigation and its ability to operate in the region.
    • Regional Power Projection: China’s presence in the South China Sea, coupled with its growing military capabilities, challenges the balance of power in the Indo-Pacific region. This has implications for India’s security calculus, as it seeks to maintain a favorable regional environment and protect its interests.
    • Geopolitical Influence: China’s assertive actions in the South China Sea have regional and global geopolitical implications. It allows China to expand its influence in the Indo-Pacific, potentially impacting India’s relationships with other countries in the region.
    • Disputed Territory: China’s island-building activities in the South China Sea involve disputed territorial claims with other countries in the region, including India’s close partner, Vietnam. These disputes raise the risk of potential conflicts and heighten regional tensions

    Facts for prelims: Geography of Andaman and Nicobar Islands (ANI)

    Aspect Information
    Location Located between 6° and 14° North Latitude and 92° and 94° East Longitude, the Andaman and Nicobar Islands are a union territory in India.
    Two groups of Islands The islands north of 10° north latitude are known as Andaman, while the islands south of 10° north latitude are called Nicobar.
    The Andamans The Andamans consist of more than 300 islands, with North, Middle, and South Andaman, collectively known as Great Andaman, being the main islands.
    The 10-degree channel The 10-degree channel, approximately 145 km long, separates Little Andaman in the south from the Nicobar Islands.
    The Nicobars The Nicobars consist of 19 islands, including Car Nicobar in the north and Great Nicobar in the south. The northwestern tip of Sumatra, Indonesia, is located about 90 miles southwest of Great Nicobar.
    Formation Both the Andaman and Nicobar groups are formed by above-sea extensions of submarine ridges of mountains and are part of a great island arc. The highest peaks include Saddle Peak on North Andaman, Mount Thullier on Great Nicobar, and Mount Harriet on South Andaman.
    Andaman Terrain The terrain of the Andamans is rough, with hills and narrow longitudinal valleys, formed of sandstone, limestone, and shale of Cenozoic age. Flat land is limited to a few valleys.
    Nicobar Terrain The terrain of the Nicobar islands is diverse, ranging from flat coral-covered surfaces with offshore coral formations on islands like Car Nicobar to hilly regions with fast-flowing streams on islands like Great Nicobar.
    Fresh Water Great Nicobar is the only island in the territory with a significant amount of fresh surface water.
    Climate The climate of the Andaman and Nicobar Islands is tropical but moderated by the sea.

    Main Features of the Climate

    • Temperature:
      Usually ranges between 23°C and 31°C throughout the year. Seasonal variation is small.
    • Humidity:
      High humidity, often around 70–90%.
    • Rainfall:
      Heavy rainfall occurs due to the southwest monsoon and northeast monsoon.
      Average annual rainfall is about 3000 mm.

    Seasons

    1. Summer (March to May)
      • Warm and humid
      • Temperature around 30°C
    2. Rainy/Monsoon Season (May to December)
      • Heavy rainfall and storms
      • Strong monsoon winds
    3. Winter (December to February)
      • Pleasant and cooler
      • Temperature around 23–28°C
      • Best season for tourism

    The Importance of Strengthening ANC

    • Comprehensive Maritime Domain Awareness: The ANC must have enhanced capabilities to monitor and defend India’s territorial waters, airspace, and exclusive economic zone. It should focus on advanced surveillance systems and establish an air defense identification zone (ADIZ) over the islands.
    • Defense against Military Intrusions: The ANC needs increased force levels and firepower to deter potential military incursions and protect the archipelago from hostile elements.
    • Tracking and Interdicting Hostile Forces: Strengthening the ANC’s capabilities to track and neutralize hostile ships and submarines is essential for maintaining maritime security.
    • Rapid Reaction Force: The command should be equipped to deploy a rapid reaction force promptly through airlift or sealift, ensuring swift response to emerging threats

    Quad and Malabar exercises to balance China’s growing influence in the region

    • Quad Coordination: The Quad, comprising India, the US, Japan, and Australia, should take decisive steps to counter China’s aggression. Establishing a Quad secretariat in Port Blair could serve as a hub for naval coordination and cooperation.
    • Multinational Operations: The Quad navies, with their growing interoperability, should expand their joint operations beyond exercises. Engaging in non-traditional activities such as disaster relief, humanitarian assistance, and maritime security operations would reinforce regional stability and dissuade potential hegemons.

    Conclusion

    • To maximize the strategic potential of the Andaman and Nicobar Islands and ensure a robust presence in the Bay of Bengal, it is imperative to strengthen and retain the ANC as an independent joint command. By bolstering its capabilities and leveraging partnerships like the Quad, India can secure its maritime interests and actively contribute to a stable Indo-Pacific region. The ANC has the potential to be a vital asset in the ongoing Indo-Pacific “Great Game.

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    Must read:

    India’s compulsion to develop The Andaman and Nicobar Islands (ANI)

  • Ministry of Civil Aviation launches UDAN 5.1

    udan

    Central Idea

    • The Ministry of Civil Aviation has launched UDAN 5.1, an extension of the Regional Connectivity Scheme (RCS) – Ude Desh Ka Aam Nagrik (UDAN), to enhance connectivity to remote areas of India.

    What is UDAN 5.1?

    • This round specifically focuses on helicopter routes, aiming to achieve last mile connectivity.
    • It allows operators to operate routes where one of the origin or destination locations is in a priority area, such as hilly regions, islands, or North East states.

    Features of the scheme

    • Expanded Scope of Operations: Operators can now operate routes where one of the origin or destination locations is in a priority area, compared to the previous requirement of both points being in priority areas.
    • Reduced Airfare Caps: Airfare caps for helicopter flights have been reduced by up to 25%, making flying in helicopters more affordable for passengers.
    • Increased Viability Gap Funding (VGF) Caps: VGF caps for operators using single and twin-engine helicopters have been substantially increased to enhance the financial viability of operating the awarded routes.
    • Coverage Expansion: UDAN 5.1 aims to cover a significantly larger number of routes compared to previous rounds, further extending the benefits of air connectivity to unserved regions.

    Importance of UDAN 5.1

    • Democratization of Air Travel and Last-Mile Connectivity: UDAN 5.1 reflects the deeper democratization of air travel, with a focus on providing last-mile connectivity to remote regions of India.
    • Consultations and Stakeholder Engagement: The current version of the scheme has been designed after extensive consultations with all stakeholders, including helicopter operators.

    Way Forward

    • Successful Implementation: Ensure effective implementation of UDAN 5.1, considering the expanded scope of operations, reduced airfare caps, and increased VGF caps.
    • Collaboration with Operators: Foster collaboration and engagement with helicopter operators to optimize last-mile connectivity and promote the growth of the helicopter segment in the civil aviation industry.
    • Monitoring and Evaluation: Establish a robust monitoring and evaluation mechanism to assess the impact of UDAN 5.1 on remote regions, air travel affordability, and economic development.
    • Promoting Tourism: Leverage the increased helicopter penetration to boost tourism in remote areas, thereby supporting the hospitality industry and local economies.
    • Future Expansion: Continuously assess the potential for further expansion of the UDAN scheme, considering new routes and modes of transportation to improve connectivity to underserved regions of India.

     

    Back2Basics:All Versions of UDAN Scheme

    Launch Date Focus Category Distance Length Cap Viability Gap Funding Cap Exclusivity Period
    UDAN 1.0 April 27, 2017 Category 1 (19-78 Seats) 500 km 70% for Cat-1, 90% for Hilly States, J&K, Ladakh, NE and Island regions 3 years 10 years
    UDAN 2.0 November 16, 2018 Category 1 (19-78 Seats) 500 km Same as UDAN 1.0 3 years 10 years
    UDAN 3.0 November 8, 2019 Category 1 (19-78 Seats) 800 km Same as UDAN 1.0 3 years 10 years
    UDAN 4.0 December 3, 2020 Category 1 (19-78 Seats) 1,200 km Same as UDAN 1.0 1 year 10 years
    UDAN 5.0 September 1, 2021 Category 2 (20-80 Seats) and 3 (>80 Seats) No restriction 60% for Priority Areas, 20% for Non-Priority Areas 1 year 10 years

     

     

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  • Ensuring Aviation Safety: The Urgent Need for Comprehensive Reforms

    Aviation

    Central idea

    • In 2010, a tragic accident at Mangalore airport claimed the lives of 158 people. Despite prior warnings and PILs filed by the Environment Support Group, the concerned authorities neglected to address safety concerns regarding the airport’s second runway. It highlights the lack of accountability and transparency in the system, the failure to learn from past accidents, and the urgent need for reforms in India’s aviation sector.

    Background

    • In 1997, the Environment Support Group raised concerns about the inadequacy of Mangalore airport’s second runway during emergencies. However, the PIL filed by the NGO was dismissed by the Karnataka High Court.
    • In 2002, another PIL emphasized the potential dangers of the runway, but it faced the same fate. Dissatisfied with the verdict, the group approached the Supreme Court, which ruled that the government must adhere to applicable laws and environmental norms during airport construction
    • Following the Mangalore crash, the Ministry of Civil Aviation established the Civil Aviation Safety Advisory Council (CASAC) to identify deficiencies and propose corrective measures.
    • CASAC pointed out the court of inquiry’s failure to identify critical errors and suggested improvements, particularly at airports like Mangalore and Calicut. However, their warnings were disregarded by the Ministry and the DGCA.
    • The subsequent accident at Calicut on August 7, 2020, claiming 21 lives, further exposed the disregard for safety concerns.
    • The recommendations made by the committee formed after the accident remain unimplemented due to prioritizing commercial interests over safety.

    Lessons ignored

    • Neglecting Compliance with Laws and Norms: Government agencies responsible for airport construction failed to comply with applicable laws and environmental norms, as mandated by the Supreme Court. This negligence resulted in violations that ultimately led to the tragic crash.
    • Dismissing Expert Opinions: The Supreme Court’s dismissal of the PIL that highlighted the violations and safety concerns surrounding Mangalore airport indicates a reluctance to hold government agencies accountable. The judiciary’s unwillingness to intervene despite expert opinions undermined the pursuit of justice and prevention of future accidents.
    • Lack of Accountability: The blame for accidents was often placed solely on pilots, while the systemic deficiencies and regulatory failures were overlooked. The absence of accountability within the aviation sector perpetuated a culture of negligence and hindered efforts to address underlying safety issues.
    • Failure in Accident Investigations: The investigations conducted by the DGCA and AAIB failed to identify the root causes of accidents and provide effective preventive measures. Instead of rectifying systemic shortcomings, investigations often resorted to blaming pilot error, leaving the real issues unresolved.
    • Neglecting Recommendations: The warnings and recommendations put forth by the Civil Aviation Safety Advisory Council (CASAC) were disregarded by the Ministry of Civil Aviation and the DGCA. The failure to implement necessary safety measures, such as Runway End Safety Areas (RESA), despite expert advice, highlights a disregard for passenger safety.
    • Prioritizing Commercial Interests: Commercial interests were given precedence over safety considerations, as implementing certain safety measures would have affected the runway length and payload. This compromise on safety standards underscores the need to prioritize the well-being of passengers over commercial gains.

    Role and responsibilities of Civil Aviation Safety Advisory Council (CASAC)

    • Identify Deficiencies: CASAC is tasked with identifying deficiencies in safety measures, regulations, infrastructure, and operational practices across airports, airlines, and regulatory bodies. It conducts thorough assessments and inspections to pinpoint areas where safety standards may be compromised.
    • Provide Recommendations: Based on its assessments, CASAC formulates recommendations and proposes corrective measures to address the identified deficiencies. These recommendations cover a wide range of aspects, including operational procedures, infrastructure improvements, training programs, safety audits, and regulatory enhancements.
    • Review Reports and Investigations: CASAC reviews accident investigation reports and court of inquiry findings related to aviation accidents and incidents. It examines these reports to determine if proper root cause analysis has been conducted and if adequate preventive measures have been recommended. CASAC ensures that critical errors or safety gaps are identified and addressed in the reports.
    • Advise on Safety Enhancements: CASAC advises the Ministry of Civil Aviation on safety enhancements, both immediate and long-term. It provides guidance on the implementation of best practices, industry standards, and international safety protocols. CASAC’s recommendations aim to improve safety outcomes and minimize risks within the aviation sector.
    • Monitor Compliance: CASAC monitors the compliance of airports, airlines, and regulatory bodies with recommended safety measures and regulations. It reviews progress reports submitted by stakeholders to assess their adherence to the proposed corrective actions. This monitoring function ensures that safety improvements are implemented effectively.
    • Collaborate with Stakeholders: CASAC collaborates with various stakeholders in the aviation industry, including airlines, airports, regulatory bodies, industry experts, and international organizations. It engages in discussions, knowledge-sharing, and cooperative initiatives to promote a collective approach to aviation safety.
    • Continuous Evaluation: CASAC conducts periodic evaluations and reviews of the aviation sector’s safety performance. It assesses the effectiveness of implemented safety measures, identifies emerging safety concerns, and recommends adjustments or additional measures as required.

    Way ahead: The Need for Urgent Action in the aviation sector

    • Regulatory Reforms: Initiate comprehensive regulatory reforms to strengthen oversight and enforcement mechanisms. This includes enhancing the authority, capabilities, and resources of regulatory bodies like the DGCA to effectively monitor compliance with safety regulations.
    • Transparent and Independent Investigations: Establish an independent and transparent accident investigation process that identifies root causes without bias or external influence. This will enable the implementation of effective preventive measures and foster a culture of learning from past incidents.
    • Safety Management Systems: Promote the adoption of Safety Management Systems (SMS) by airlines and airports. An SMS provides a systematic approach to identifying and managing safety risks, ensuring proactive safety measures are in place, and promoting continuous improvement.
    • Robust Training and Human Factors Programs: Enhance training programs for aviation personnel, including pilots, air traffic controllers, and maintenance staff, focusing on areas such as emergency procedures, risk management, and human factors. Emphasize the importance of fatigue management and mental well-being to mitigate human error.
    • Infrastructure Upgrades: Invest in upgrading and modernizing airport infrastructure, including runways, taxiways, and air traffic control systems. Ensure compliance with international safety standards and implement necessary enhancements to address deficiencies.
    • Enhanced Collaboration: Foster collaboration and information sharing among industry stakeholders, including airlines, airports, regulators, and international aviation organizations. Establish platforms for regular communication and exchange of best practices to drive collective efforts towards improved safety.
    • Accountability and Transparency: Strengthen accountability mechanisms to ensure that responsible individuals and entities are held liable for safety lapses. Foster a culture of transparency, where safety-related information is shared openly, and reporting systems protect whistleblowers.
    • Public Awareness and Passenger Education: Increase public awareness about aviation safety and passenger rights through education campaigns. Empower passengers to make informed decisions regarding safety when choosing airlines and demand transparency from regulatory bodies.

    Conclusion

    • The Mangalore airport crash and subsequent incidents have shed light on the critical need for comprehensive reforms in the aviation sector to ensure the safety of passengers and personnel. The establishment of the CASAC was a step in the right direction. However, to achieve a safer aviation environment it requires collective efforts, commitment, and ongoing vigilance to prevent accidents, learn from past incidents, and ensure the well-being of passengers and personnel in the skies.

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    [Burning Issue] Air India Aircraft Deal and its Significance

  • Orders on ONDC grow rapidly

    ondc

    Central Idea

    • The Open Network for Digital Commerce (ONDC) is a government-backed modular network for e-commerce, food and grocery delivery, and cabs in India.
    • ONDC has witnessed significant growth, with a rising number of orders and participants.
    • India Post, one of the world’s largest logistics systems, is expected to join ONDC, strengthening the network.

    About ONDC

    • The ONDC is a private non-profit Section 8 company established by the Department for Promotion of Industry and Internal Trade (DPIIT) of the Government of India.
    • It aims to develop open e-commerce by creating a set of specifications designed to foster open interchange and connections between shoppers, technology platforms, and retailers.
    • It was incorporated on December 31, 2021, with an initial investment from Quality Council of India and Protean eGov Technologies Limited (formerly NSDL e-Governance Infrastructure Limited).

    What does one mean by ‘Open-sourcing’?

    • Free for all: An open-source project means that anybody is free to use, study, modify and distribute the project for any purpose.
    • Open licensing: These permissions are enforced through an open-source licence easing adoption and facilitating collaboration.

    What processes are expecting to be open-sourced with this project?

    • Several operational aspects including onboarding of sellers, vendor discovery, price discovery and product cataloguing could be made open source on the lines of Unified Payments Interface (UPI).
    • If mandated, this could be problematic for larger e-commerce companies, which have proprietary processes and technology deployed for these segments of operations.

    What does the DPIIT intend from the project?

    • ONDC is expected to-
    1. Digitize the entire value chain,
    2. Standardize operations,
    3. Promote inclusion of suppliers,
    4. Derive efficiencies in logistics and
    5. Enhance value for stakeholders and consumers

    Processes in the ONDC

    • Seller Onboarding: Sellers can register and onboard their businesses onto the ONDC platform.
    • Vendor Discovery: Buyers can discover relevant vendors and sellers on the ONDC network.
    • Price Discovery: Transparent marketplace for comparing prices across sellers.
    • Product Cataloguing: Sellers can create and manage catalogues of their products on the platform.
    • Transaction Processing: Secure and seamless payment infrastructure for completing purchases.
    • Order Fulfillment: Coordinating delivery or provision of purchased products or services.
    • Customer Support: Assistance for addressing queries and concerns of buyers and sellers.
    • Data Management and Security: Robust practices to protect user data and ensure security.

    Why such a move by the govt?

    • Digital boom: This COVID pandemic has made every business to go digital. India is a country with 700 million internet users of whom large crunch of population are active buyers on e-coms.
    • Promoting competition: ONDC aims to foster a more competitive marketplace by providing opportunities for small retailers and businesses.
    • Fostering inclusivity: It seeks to enable small retailers to access a wider customer base, promoting inclusivity in the digital commerce ecosystem.
    • Curbing monopolistic practices: ONDC addresses potential monopolistic behavior and rent-seeking tendencies by certain e-commerce platforms.
    • Enhancing efficiency: By streamlining operations and standardizing processes, ONDC aims to drive efficiencies in the digital commerce ecosystem.
    • Digital Public Infrastructure: ONDC is part of the government’s efforts to build and support essential digital services and infrastructure.
    • Government support: The government’s involvement in ONDC demonstrates its commitment to supporting small businesses and advancing digital transformation.

    Scope for ONDCs success

    • Government backing: ONDC is a government-backed initiative, indicating strong support and resources from the government to drive its success.
    • Inclusive approach: ONDC aims to create a level playing field for small retailers and businesses, empowering them to compete with larger e-commerce platforms.
    • Industry expertise: The drafting panel of ONDC includes experienced individuals from various sectors, bringing diverse perspectives and expertise to the table.
    • Successful track record: India has previously executed successful public digital platforms like UPI and Aadhaar-linked projects, demonstrating the country’s capability in implementing digital initiatives.
    • Open-Sourcing approach: The open-sourcing of processes within ONDC can foster innovation, collaboration, and widespread adoption, similar to the success of UPI.
    • Growing digital market: India has a large population of internet users, making it a thriving market for digital commerce. ONDC can tap into this market and capitalize on the increasing adoption of online services.
    • Potential for disruption: ONDC’s entry into the digital commerce ecosystem can disrupt existing players and bring about positive changes, offering more choices and opportunities for businesses and consumers.

    Issues that can be raised

    • EODB concerns: They may raise hues over operability and ease of doing business.
    • Compliance burden: MSMEs have already raised the growing compliance burden for e-commerce.

    Other challenges

    • Every platform has its own challenges so would the ONDC may have.
    • While UPI was ruled out (BHIM being the first) people were reluctant in using it due to transaction failures.
    • With subsequent improvements and openness people and businesses are using it in every walks of life. So it would work with ONDC.

    Conclusion

    • While challenges may exist, the combination of government support, industry expertise, and the aim to create a more inclusive and competitive digital commerce landscape provides a strong foundation for the success of ONDC.

     

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  • Chheligada Irrigation Project in Odisha

    Central Idea: Officials recently directed to begin construction of the multipurpose irrigation project at Chheligada, Odisha.

    Chheligada Irrigation Project

    • The project is a multipurpose medium project located near the village of Chheligada in the Gajapati District of Odisha.
    • The project involves the construction of a 250m long and 30m high dam across the River Badjhore, a tributary of the River Vamsadhara.
    • It aims to preserve 5201 hectares of water and provide irrigation to 5760 hectares of land in Ganjam and 500 hectares of land in Gajapati districts.
    • The project will also supply drinking water to Brahampur City.
    • Furthermore, it includes the development of a mini hydel project at Shiali Loti, Kankata, and Dekili in the Gajapati district, with a capacity to generate 36 MW of electricity.

    Salient features of the project

    1. A centrally located Ogee-type gated spillway with a length of 90m.
    2. Construction of a 1.13 km long tunnel connecting the Chheligada reservoir with the Ghodahada river.
    3. Establishment of a canal system to facilitate irrigation in the Gajapati district directly from the dam.
    4. Implementation of a pipeline network for supplying drinking water to Berhampur in the Ganjam district.

     

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  • Energy Transition to Renewables: Challenges and the Way Ahead

    Energy

    Central Idea

    • Access to affordable and reliable energy is essential for economic development and public services. However, the global energy market has been disrupted due to demand and supply-side factors leading to rising prices and disruptions in energy supply chains. As a result, countries with a high dependence on fossil fuels, including India, faced a significant challenge.

    The correlation: Energy availability and economic development

    • The correlation between energy availability and economic development is that energy availability and accessibility are essential inputs for many public services, and securing affordable and reliable access to energy remains a central political and economic imperative for almost all governments.
    • Energy availability and accessibility are necessary for economic growth and development, and a lack of access to energy can hamper the growth of industries, limit productivity, and impede social development.

    Energy

    Factors that contributed to the Global Energy Crisis

    • Demand and Supply-side Factors: There have been disruptions in the oil and gas supply chains due to the ongoing Russia and Ukraine war. Additionally, energy prices came under pressure due to a sudden rise in demand resulting from abnormally high temperatures and associated heatwaves across the globe. These factors inflated the international price of oil and natural gas.
    • Dependence on Finite Fossil Fuels: Fossil fuels account for over 80% of global energy requirements and over 64% of electricity generation worldwide. Additionally, most countries are net importers of fossil fuels, and thus prone to adverse supply shocks resulting from various geopolitical and economic events.
    • Overdependence on Fossil Fuels: Many countries turned to coal to meet their energy needs, while those already using coal intensified its exploitation, putting immense pressure on the coal market.
    • Increased Cost of Electricity: The increased cost of electricity due to a higher usage of fossil fuel-based sources imposed a heavy burden on low-income households since they spend a larger share of their incomes on electricity and gas.
    • Widespread Power Outages: Widespread power outages in many countries due to disruptions in electricity supply threw lives out of gear.
    • Dependence on Imported Fossil Fuels: Europe, for instance, faced a challenging situation due to its historic high dependence on imported gas from Russia to meet its energy requirements.
    • Climate Change: Fossil fuels account for 75% of global greenhouse gas emissions and around 90% of carbon dioxide emissions. Climate events, such as floods and droughts, cause immense human and economic loss.

    Impact on countries

    • High energy prices: The increased cost of electricity due to a higher usage of fossil fuel-based sources imposes a heavy burden on low-income households since they spend a larger share of their incomes on electricity and gas.
    • Power outages: Widespread power outages in many countries due to disruptions in electricity supply throw lives out of gear. For instance, Bangladesh witnessed a countrywide blackout as many gas- and diesel-based power plants, responsible for approximately 85 percent of the country’s electricity generation, were forced to shut down due to fuel shortages.
    • Slowdown in economic growth: Increased prices and disrupted supply severely impacted those countries with a high dependence on fossil fuels, particularly its import, and led to a slowdown in global economic growth, forcing some countries and regions into recession.
    • Environmental degradation: Overdependence on fossil fuels impacts countries adversely in the form of air and water pollution and soil degradation, while also being a significant cause of climate change.
    • Foreign exchange reserves: The dependence on fossil fuels also affects countries’ foreign exchange reserves, as the fluctuations in prices of fossil fuels affect their import bills and balance of payments.
    • Revenue loss: Many regions and their economies, especially in developing countries, depend on incomes derived from fossil fuel-based employment, such as mining, power generation, transmission, and distribution and storage. In many regions, governments are also dependent on the revenue generated from fossil fuels to enhance infrastructure that enables local communities to expand and diversify their livelihood options.

    Challenges in way of transition to renewable sources of energy

    • Mobilizing capital: While the cost of clean energy is declining, many clean energy technologies require high upfront investment costs, which may be beyond the capacities of most developing countries. Additionally, international support for developing countries is lacking, making it difficult for them to transition to renewable energy sources without supportive international actions.
    • Ensuring a just transition: There is a need to ensure decent work opportunities and social support for people likely to lose their livelihoods in the process of transitioning to low-carbon and renewable-based economies. Many people are employed in the fossil fuel industry globally, and there is a risk of destabilizing local economies during the transition process.
    • Technical challenges: The transition to renewable energy sources may require significant upgrades to infrastructure, including energy storage and transmission systems, which can be costly.
    • Policy and regulatory challenges: The transition to renewable energy sources requires significant policy and regulatory changes, including reforms to subsidy systems, pricing mechanisms, and energy markets.
    • Reliability and intermittency of renewable sources: Unlike fossil fuels, renewable energy sources are often intermittent, making it difficult to guarantee a stable supply of electricity. This may require investments in energy storage and backup power systems to ensure reliable supply.
    • Public acceptance: The transition to renewable energy sources may face resistance from some stakeholders, including those who are reliant on fossil fuels for their livelihoods or those who are concerned about the visual and environmental impacts of renewable energy infrastructure.

    Energy

    Way ahead: Addressing these challenges

    • Mobilizing capital: Developed countries need to fulfill their commitment to providing climate finance to developing countries. Innovative financial instruments such as green bonds and blended finance could also be used to attract private investment.
    • Ensuring a just transition: Governments need to develop comprehensive plans that protect workers and communities affected by the shift to renewable energy. This could involve retraining programs, investment in new industries, and social safety nets.
    • Investing in research and development: Governments, international organizations, and the private sector need to invest in research and development to drive down the costs of renewable energy technologies and improve their efficiency.
    • Promoting energy efficiency: Governments and businesses need to prioritize energy efficiency measures such as retrofitting buildings and improving industrial processes to reduce energy demand and costs.
    • Accelerating deployment of renewable energy: Governments need to set ambitious targets for renewable energy deployment and create policy frameworks that incentivize investment in clean energy.
    • Building energy infrastructure: Governments need to invest in building the infrastructure needed to support the deployment of renewable energy, including grid upgrades, energy storage, and electric vehicle charging stations.
    • Promoting international cooperation: The transition to renewable energy requires international cooperation, especially between developed and developing countries. Developed countries can support developing countries through technology transfer, capacity building, and financial support.

    Facts for prelims

    Distributed Renewable Energy (DRE)

    • DRE refers to the generation and distribution of electricity from renewable energy sources, such as solar, wind, hydro, geothermal, and biomass, through small-scale, decentralized systems.
    • These systems are often installed in remote or rural areas where it is difficult or expensive to connect to a centralized power grid.
    • DRE systems can range from individual rooftop solar panels to small-scale wind turbines, mini-hydro systems, and biomass generators.
    • They are typically designed to serve a single household or community, rather than a large urban or industrial center.
    • DRE systems are also known as off-grid or mini-grid systems, and they can be standalone or connected to a larger power grid.

    Conclusion

    • The transition towards renewables is an attractive option for countries to hedge against the risks associated with fossil fuel-based energy sources. However, this requires access to affordable finance and international support to enable a just transition through on-the-job retraining programs, infrastructure investments, and so on. Access to affordable and reliable energy is crucial for sustainable economic development.

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    Also Read:

    Lessons Learned: Transition To A Self-reliant Clean Energy System

     

  • India coal imports surge to 162 MT in FY23

    Central Idea

    • India’s coal imports increased by 30% to 162.46 million tonnes in the 2022-23 financial year compared to 124.99 MT in the previous year, according to a report.
    • The report was released by mjunction, a B2B e-commerce platform that is a joint venture between Steel Authority of India (SAIL) and Tata Steel.

    India’s coal production and consumption

    • India is among the top five coal-producing countries in the world.
    • Despite being a major producer, India also imports coal to meet some of its demand.
    • India is a significant consumer of coal, which is used for power generation and industrial processes.

    Import of Coking Coal

    • Coking Coal: The import of coking coal rose by 5.44% to 54.46 MT over 51.65 MT in FY22, as per the report by mjunction. Coking coal is a key raw material used in steel making.
    • Non-coking coal: In March 2023, non-coking coal import stood at 13.88 MT against 12.61 MT in the same month last year.
    • Other imports: The total imports of various types of coal like anthracite, pulverised coal injection (PCI coal), met coke and pet coke, along with coking and non-coking coal, were at 249.06 MT in FY23, up from 200.71 MT in FY22, a rise of over 24%.

    Key inferences from this

    • The high demand for steam coal in India and the weakening of seaborne prices led to increased volumes during March.
    • This trend might continue in the coming months due to above-normal average temperatures expected during the summer.

    Why does India import coal?

    India imports coal primarily due to the following reasons:

    • Lack of good quality coal: India’s domestic coal reserves have limitations in terms of quality, and the country does not have sufficient reserves of good quality coking coal, which is used in steelmaking and allied industries. Therefore, India imports coal to compensate for the lack of good quality coal.
    • Growing energy demand: India’s energy demand is continuously increasing due to population growth and rapid urbanization. Coal is a significant contributor to India’s energy mix, and the country needs to import coal to meet its growing energy demand.
    • Infrastructure constraints: India’s domestic coal production is limited due to various factors such as geological constraints, land acquisition issues, and environmental regulations. Moreover, India’s domestic coal transport infrastructure is insufficient, and many power plants are located far away from the coal mines, making imports a more viable option.
    • Better quality and cost-effectiveness: Importing coal from other countries can sometimes be more cost-effective than producing it domestically, especially when the quality of imported coal is better than domestic coal.

     

    Key terminologies

    Coking coal: a type of coal that is used in the production of steel.

    Anthracite: a hard and compact type of coal that has a high carbon content.

    Pulverised coal injection (PCI coal): a method of injecting pulverized coal into a blast furnace to improve the efficiency of the iron-making process.

    Met coke: a type of coke made by heating coal in the absence of air, which is used as a fuel in blast furnaces to produce iron.

    Pet coke: a carbon-rich solid material that is derived from oil refining. It is used as a fuel in industrial processes.

     

    Try this PYQ from CSP 2012:

    Despite having large reserves of coal, why does India import millions of tonnes of coal?

    1. It is the policy of India to save its own coal reserves for the future, and import them from other countries for the present use.
    2. Most of the power plants in India are coal-based and they are not able to get sufficient supplies of coal from within the country.
    3. Steel companies need a large quantity of coking coal which has to be imported.

    Which of the statements given above is/are correct?       

    (a) 1 only

    (b) 2 and 3 only

    (c) 1 and 3 only

    (d) 1, 2 and 3

    [wpdiscuz-feedback id=”qekagebaxt” question=”Please leave a feedback on this” opened=”1″]Post your answers here[/wpdiscuz-feedback]

     

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  • What is Project Dantak?

    The Prime Minister has praised the initiative by Border Roads Organisation Project Dantak to commemorate 64th Raising Day.

    What is Project Dantak?

    Description
    Establishment Established on April 24, 1961, as per the agreement between the third king of Bhutan and then Prime Minister of India Jawahar Lal Nehru.
    Objective Identify the most important aspects of connectivity and spur the socio-economic development and growth of Bhutan.
    Responsibility Construct and maintain roads suitable for motorised transportation in Bhutan.
    Legal Provision Established under the provision of the Indo-Bhutan Treaty of Peace and Friendship, 1949.

     

    Works and Involvement

    Description
    Infrastructure Development Constructing infrastructure in adjoining Indian districts, including Sherbathang–Nathu La road, Gangtok–Sherbathang road, and Sevoke–Gangtok road.
    Establishment of Facilities Establishing medical and education facilities in outlying areas, which were the first in those regions.
    Takthi Canteen Takthi Canteen, commonly known as the DANTAK canteen, is a major stop for travelers midway between Phuentsholing and Thimphu.
    Recruitment of Workers Recruiting local workers from Bhutan and Indian workers from adjoining districts like Jaigaon, Alipurduar, and other parts of Eastern and North-Eastern India under a basic monthly wage.
    Supervision of Work Posting officials from India for the supervision of work.

     

    Controversies and Incidents

    • The Bhutanese Government accused DANTAK of installing Indian tricolour-themed raised pavement markers or reflectors on the highway railings. DANTAK confirmed their presence, and those reflectors were immediately replaced.
    • A 204 meters long bridge in Haa along the Damchu-Haa road collapsed in February 2021, leaving 3 workers dead and 6 missing. The bridge was handed over to Project DANTAK by the contractor.
    • The project has faced criticisms for its approach to hiring practices and labor management.

    Major projects undertaken

    • Paro Airport: Built in 1968 as an airstrip for on-call helicopter services for the Indian Armed Forces. Now used as an international airport.
    • Yonphula Airfield: Domestic Airport in Bhutan
    • Thimphu – Trashigang Highway: Major Highway in Bhutan
    • Damchu-Chukha Road: Major Road in Bhutan
    • India House Estate: The Indian Embassy in Bhutan.

     

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  • India operationalizes Sittwe Port in Myanmar

    myanmar kaladan

    Central Idea

    • The Sittwe Port in Myanmar has been made operational with the departure of the inaugural shipment, the MV-ITT LION (V-273), from Syama Prasad Mookerjee Port in Kolkata.
    • This development is part of the Kaladan Multimodal Transit Transport project, which aims to provide alternate connectivity from the eastern coast of India to the northeastern states through the Sittwe port.

    About Sittwe Port, Myanmar

    • The Sittwe Port in Myanmar has been built under a grant assistance from the Indian government.
    • It has been developed under a framework agreement between India and Myanmar for the construction and operation of a multimodal transit transport facility on the Kaladan river.

    Significance of Sittwe Port

    • The Ministry of Ports, Shipping and Waterways has stated that the port will open up new opportunities for trade and transit from and to Myanmar, particularly the Rakhine state.
    • The port is expected to enhance trade and commerce between India and Myanmar, and the wider region.

    Connectivity of KMTTP

    • Once fully operationalized, the Kaladan Multimodal Transit Transport project will provide alternate connectivity from the eastern coast of India to the northeastern states through the Sittwe port.
    • The port connects to Paletwa in Myanmar through an inland waterway, and from Paletwa to Zorinpui in Mizoram through a road component.
    • The port is expected to boost trade and commerce between India and Myanmar, and the wider region.

    Back2Basics: Kaladan Multi-Modal Transit Transport Project

    myanmar

    • It connects the seaport of Kolkata in India to Sittwe seaport in Rakhine State, Myanmar, by sea.
    • In Myanmar, the project links Sittwe seaport to Paletwa in Chin State via the Kaladan river boat route and then from Paletwa by road to Mizoram state in Northeast India.
    • The project is being funded by the Indian government and is aimed at reducing the distance from Kolkata to Sittwe by approximately 1,328 km.

    History of the Project

    • It was initially scheduled to be completed by 2014.
    • The project is affected by Chin conflict, Rohingya conflict, and militant groups such as Arakan Army and Arakan Rohingya Salvation Army (ARSA).

    Route of the Project

    • There are different sections of the Kaladan Multi-Modal Transit Transport Project, which combines multi-modes of transport, including sea, river, and road routes.
    • It includes- Kolkata-Sittwe shipping route, Sittwe seaport to Paletwa inland jetty river boat route, Sittwe Special Economic Zone at Ponnagyun town, Paletwa inland jetty to Zorinpui road route in Myanmar, and the Zorinpui to Aizawl road route in India.
    • This project will complement the river-road route of the Kaladan Multi-Modal Transit Transport Project in Myanmar-Mizoram.
    • It has the Sittwe-Kyaukhtu railway in Myanmar, Kyaukhtu-Zorinpui in Myanmar, and the Zochawchhuah (Zorinpui)-Sairang railway in India.

     

     

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  • Rail Vikas Nigam gets Navratna Status

    Rail Vikas Nigam Limited (RVNL) was recently granted Navratna status by the Ministry of Railways.

    About RVNL

    • RVNL was incorporated in 2003 with the aim of implementing rail infrastructure projects quickly and raising extra budgetary resources for SPV projects.
    • The company started operating in 2005 after the appointment of its board of directors.
    • RVNL was granted Mini-Ratna status in 2013.

    RVNL’s functions

    • RVNL has been assigned to undertake project development and execution of works covering the full project lifecycle.
    • The company will create project-specific SPVs for individual works if required.
    • RVNL will hand over completed railway projects to the concerned zonal railway for operation and maintenance.

    Major projects undertaken

    RVNL has implemented various projects in the rail sector, including:

    • Doubling and electrification of existing lines
    • Construction of new lines
    • Gauge conversion projects.

    Navratna status and its benefits

    • Navratna’s status will give RVNL more operational freedom and financial autonomy.
    • Enhanced delegation of powers will also be granted to the company.
    • Navratna’s status will be a huge boost to RVNL’s progress.
    • This status will be especially beneficial for the company as it expands its operations beyond the railway’s sector and into international projects.

    Back2Basics: Central Public Sector Enterprises

    • The Government runs the CPSEs under the Department of Public Enterprises of Ministry of Heavy Industries and Public Enterprises.
    • The government grants them the status of Navratna, Miniratna and Maharatna based upon the profit made by these CPSEs.
    • The Maharatna category has been the most recent one since 2009, other two have been in function since 1997.
      Maharatna Navratna Miniratna Category-I Miniratna Category-II
    Eligibility Net profit of ₹2,500 crore per annum OR

    Net worth of ₹10,000 crore for 3 yrs.

    		 Score of 60 based on financial parameters AND be a Miniratna with 4 independent directors

    Net profit of ₹30 crore per annum for last 3 years

    		 Net profit of ₹30 crore per annum OR Positive net worth and profit for last 3 years
    Benefits for investment ₹1,000-5,000 crore or 15% of net worth Up to ₹1,000 crore or 15% of net worth on a project OR 30% of net worth per annum Up to ₹500 crore or net worth, whichever is lower Up to ₹300 crore or 50% of net worth, whichever is lower

     

     

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