INDIA-MIDDLE EAST-EUROPE ECONOMIC CORRIDOR (IMEC)
1. Context
Another major connectivity project is the India-Middle East-Europe Economic Corridor (IMEC). Unlike the other initiatives, IMEC traverses parts of West Asia, a region that has been significantly affected by the current conflict.
2. The Importance of Red Sea Route
The Red Sea route holds immense significance for global trade due to the strategic location of the Bab el-Mandab Strait. This narrow passage, nestled between Yemen and Djibouti, acts as a critical chokepoint, handling a staggering 12% of the world's international merchandise trade. It serves as a vital conduit for cargo ships and, crucially, almost half of all global oil shipments.
However, the ongoing Red Sea crisis has thrown a wrench into this well-oiled system. With the region in turmoil, major carriers have been forced to take a detour around Africa via the Cape of Good Hope. This significant rerouting has had several ripple effects:
- Soaring ocean freight: The added distance translates to increased fuel consumption and operational costs for shipping companies, which are inevitably passed on to consumers in the form of higher freight charges.
- Inflated insurance costs: The heightened security concerns due to the conflict have also led to increased insurance premiums for traversing the alternate route.
- Longer voyage times: The detour translates to longer journeys for vessels, leading to delayed deliveries and potential product shortages.
- Escalating transportation costs: All these factors culminate in increased transportation costs for goods, ultimately impacting businesses and consumers globally.
The Red Sea crisis acts as a stark reminder of the vulnerability of global supply chains and the critical role the Red Sea route plays in facilitating international trade. The disruption highlights the need for diversification and risk mitigation strategies to ensure the smooth flow of goods and prevent similar future disruptions from creating widespread economic repercussions.
3. Impact on India's trade
- The Red Sea crisis has significantly impacted India's trade, particularly with European and North African countries. These regions account for a substantial portion of India's trade volume, with nearly 24% of exports and 14% of imports flowing through the disrupted Red Sea route.
- In the past year (2022-23), India's bilateral trade with these regions amounted to a staggering $189 billion and $15 billion respectively. The ongoing crisis has instilled fear and uncertainty among Indian traders, leading to a 25% reduction in cargo shipments transitioning through the Red Sea, according to the Federation of Indian Export Organisations (FIEO).
- As these disruptions continue to cause delays and cost increases in global supply chains, China is seizing the opportunity to promote an alternative route: China-Europe freight trains as part of their Belt and Road Initiative (BRI). This strategic move by China presents a potential challenge for India, potentially impacting its trade competitiveness in the future.
4. About the IMEC
The India-Middle East-Europe Economic Corridor (IMEC) is a proposed trade route aimed at enhancing economic connectivity between India, the Middle East, and Europe. Announced during the G-20 summit in 2023, the IMEC seeks to establish a seamless transportation network to facilitate the flow of goods, services, and investments across the regions involved. The corridor is envisioned as a strategic initiative to bolster trade relations, spur economic growth, and promote regional integration.
Objectives of IMEC
- IMEC aims to boost bilateral and multilateral trade among the participating countries by streamlining trade routes and reducing transportation costs.
- The corridor intends to promote infrastructure development, including the construction of ports, railways, roads, and logistics facilities, to support efficient trade operations.
- IMEC seeks to foster greater economic integration and cooperation among India, the Middle East, and Europe, thereby creating a more interconnected and interdependent economic landscape.
- By providing an alternative trade route, IMEC aims to reduce dependence on existing maritime routes and mitigate the risks associated with geopolitical tensions and disruptions in traditional trade pathways.
Key Components of IMEC
- The backbone of IMEC is a comprehensive transportation network comprising sea routes, land routes, railways, and highways connecting key economic centers across India, the Middle East, and Europe.
- IMEC emphasizes the development of efficient logistics and connectivity infrastructure, including ports, airports, customs clearance facilities, and multimodal transport hubs, to facilitate seamless movement of goods and services.
- Effective policy coordination and regulatory harmonization among participating countries are crucial for the smooth functioning of IMEC. This involves aligning trade policies, customs procedures, and regulatory frameworks to minimize trade barriers and bureaucratic hurdles.
- IMEC requires substantial investments in infrastructure development, technology upgrades, and capacity-building initiatives. Leveraging public-private partnerships (PPPs), international financial institutions, and sovereign wealth funds can provide the necessary financing for IMEC projects.
Challenges and Considerations
- The geopolitical landscape of the Middle East, including conflicts and tensions in the region, poses significant challenges to the implementation of IMEC. Political stability and security are critical factors for the success of the corridor.
- Developing the requisite infrastructure, particularly in landlocked regions and conflict-affected areas, may encounter logistical and financial challenges. Coordinating large-scale infrastructure projects across multiple jurisdictions requires careful planning and coordination.
- Harmonizing trade regulations, customs procedures, and legal frameworks among diverse countries with varying legal systems and administrative practices can be complex and time-consuming.
- The environmental sustainability of IMEC infrastructure projects, such as port development and transportation networks, must be carefully assessed to minimize adverse ecological impacts and promote sustainable development.
5. The Way Forward
The IMEC holds immense potential to transform regional trade dynamics, foster economic growth, and enhance connectivity across India, the Middle East, and Europe. Continued political commitment, institutional cooperation, and investment mobilization are essential for realizing the vision of a vibrant and integrated economic corridor spanning three continents.
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For Prelims: India-Middle East-Europe Economic Corridor, Belt and Road Initiative, Red Sea, Cape of Good Hope
For Mains:
1. Discuss the significance of the Red Sea route for global trade, and analyze how the ongoing Red Sea crisis is impacting international supply chains. (250 Words)
2. Discuss the role of public-private partnerships (PPPs), international financial institutions, and sovereign wealth funds in financing the infrastructure development required for the IMEC. (250 Words)
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Previous Year Questions
1. With reference to the “G20 Common Framework”, consider the following statements: (UPSC 2022)
1. It is an initiative endorsed by the G20 together with the Paris Club. 2. It is an initiative to support Low Income Countries with unsustainable debt. Which of the statements given above is/are correct? (a) 1 only (b) 2 only (c) Both 1 and 2 (d) Neither 1 nor 2 Answer: C
2. In which one of the following groups are all the four countries members of G20?
(UPSC 2020)
A. Argentina, Mexico, South Africa and Turkey
B. Australia, Canada, Malaysia and New Zealand
C. Brazil, Iran, Saudi Arabia and Vietnam
D. Indonesia, Japan, Singapore and South Korea
Answer: A
3. Read the statements (A) and (R) and choose the correct option. (CTET 2022)
Assertion (A): The Roman empire carried out trades with South India.
Reason (R): Roman gold coins have been found in South India.
A. Both (A) and (R) are correct and R is the correct explanation of A.
B. Both (A) and (R) are correct and R is not the correct explanation of A.
C. (A) is true, but (R) is false.
D. (A) is false but (R) is true.
Answer: A
4. Who was the first emperor of the Roman Empire? (ACC 122 CGAT 2020)
A. Tiberius B. Mark Antony C. William Shakespeare D. Augustus
Answer: D
5. Comprehension (SSC CGL Tier 2 2020)
Directions:
Read the passage and answer the questions that follow.
The Roman Empire covered a vast stretch of territory that included most of Europe as we know it today and a large part of the Fertile Crescent and North Africa. The Roman Empire embraced a wealth of local cultures and languages; that women had a stronger legal position then than they do in many countries today; but also that much of the economy was run on slave labour, denying freedom to substantial numbers of persons. From the fifth century onwards, the empire fell apart in the west but remained intact and exceptionally prosperous in its eastern half. Roman historians have a rich collection of sources to go on, which we can broadly divide into three groups: (a) texts, (b) documents and (c) material remains. Textual sources include letters, speeches, sermons, laws, and histories of the period written by contemporaries. These were usually called ‘Annals’ because the narrative was constructed on a year-by-year basis. Documentary sources include mainly inscriptions and papyri. Inscriptions were usually cut on stone, so a large number survive, in both Greek and Latin. The ‘papyrus’ was a reed-like plant that grew along the banks of the Nile in Egypt and was processed to produce sheets of writing material that was very widely used in everyday life. Thousands of contracts, accounts, letters and official documents survive ‘on papyrus’ and have been published by scholars who are called ‘papyrologists’. Material remains include a very wide assortment of items that mainly archaeologists discover (for example, through excavation and field survey), for example, buildings, monuments and other kinds of structures, pottery, coins, mosaics, even entire landscapes. Each of these sources can only tell us just so much about the past, and combining them can be a fruitful exercise, but how well this is done depends on the historian’s skill!
Which of these statements is NOT true?
A. Archaeologists make discoveries through excavations.
B. Inscriptions were carved in Greek and Latin
C. The Roman empire flourished longer in the west.
D. Texts, documents and material remains were the main sources for the historians
Answer: C
6. In the first century AD, which among the following was not a major item of Indian exports to Rome? (CDS GK 2018)
A. Pepper B. Spikenard C. Tortoiseshell D. Nutmeg
Answer: D
7. Pepper was as valued in Roman Empire that as it was called (CTET 2013)
A. Black magic B. Black charm C. Black stone D. Black gold
Answer: D
8. In the middle of the first century BC, under ________, a high-born military commander, the ‘Roman Empire’ was extended to present-day Britain and Germany. (SSC JE CE 2017)
A. Alexander B. Julius Caesar C. Xerxes D. Caligula
Answer: B
9. Comprehension
Direction: Read the passage carefully and select the best answer to each question out of the given four alternatives.
The Silk Road was a network of trade routes which connected the East and West, and was central to the economic, cultural, political, and religious interactions between these regions from the 2nd century BCE to the 18th century. The Silk Road primarily refers to the land routes connecting East Asia and Southeast Asia with South Asia, Persia, the Arabian Peninsula, East Africa and Southern Europe. The Silk Road derives its name from the lucrative trade in silk carried out along its length, beginning in the Han dynasty in China. The Silk Road trade played a significant role in the development of the civilizations of China, Korea, Japan, the Indian subcontinent, Iran, Europe, the Horn of Africa and Arabia, opening long-distance political and economic relations between the civilizations. Though silk was the major trade item exported from China, many other goods and ideas were exchanged, including religions (especially Buddhism), syncretic philosophies, sciences, and technologies like paper and gunpowder. So, in addition to economic trade, the Silk Road was a route for cultural trade among the civilizations along its network. Diseases, most notably plague, also spread along the Silk Road. Some remnants of what was probably Chinese silk dating from 1070 BCE have been found in Ancient Egypt. The Great Oasis cities of Central Asia played a crucial role in the effective functioning of the Silk Road trade. The originating source seems sufficiently reliable, but silk degrades very rapidly, so it cannot be verified whether it was cultivated silk (which almost certainly came from China) or a type of wild silk, which might have come from the Mediterranean or Middle East. Archeological sites such as the Berel burial ground in Kazakhstan, confirmed that the nomadic Arimaspians were not only breeding horses for trade but also great craftsmen able to propagate exquisite art pieces along the Silk Road.
According to the passage, The Silk Road primarily refers to the land routes connecting to one another. Which routes were not linked by it? (DSSSB Junior Stenographer 2021)
A. East Asia with Southern Europe
B. East Asia with South Asia
C. South America and South Africa
D. East Asia with Persia
Answer: C
10. The term “Silk Route” in the ancient period refers to (CTET 2022)
A. the travelling route of traders from China to other countries carrying silk.
B. Sea routes connecting countries in which silk traders sold their products.
C. roads connecting all the countries in which mulberry plants were cultivated.
D. road and sea routes in which silk products were traded.
Answer: A
11. Who started the ‘Silk-route’ (Marg) for Indians? (UKPSC RO/ARO 2016)
A. Kanishka B. Harshwardhan C. Ashok D. Fahien
Answer: A
12. With reference to ancient South India, Korkai, Poompuhar, and Muchiri were well-known as (UPSC 2023)
A. capital cities B. ports C. centres of iron-and-steel D. making shrines of Jain Tirthankaras
Answer: B
13. Two thousand years ago, a trader narrates that he has been to Gaza, Petra and Apologos. Which of the following trade routes has he travelled through? (CTET 2022)
A. Route controlled by Roman emperors
B. Route under the rulers of Persia
C. Route controlled by Kushanas
D. Route under the rulers of China
Answer: A
14. Red sea is an example of: (UPPSC Civil Service 2017)
A. Volcanic valley B. Eroded valley C. Axial trough D. U-shaped valley
Answer: C
15. In which Indian state was the ancient sea port 'Muziris' located? (UP Police SI 2017)
A. Kerala B. Gujarat C. Karnataka D. Tamil Nadu
Answer: A
16. Regarding the Indus Valley Civilization, consider the following statements: (UPSC 2011)
1. It was predominantly a secular civilization and the religious element, though present, did not dominate the scene.
2. During this period, cotton was used for manufacturing textiles in India.
Which of the statements given above is/are correct?
A. 1 only B. 2 only C. Both 1 and 2 D. Neither 1 nor 2
Answer: C
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Source: The Hindu
GRADED RESPONSE ACTION PLAN(GRAP)
1.Context
In March, the Commission for Air Quality Management in the National Capital Region and Adjoining Areas (CAQM) revoked all curbs under the Graded Response Action Plan (GRAP), signalling the end of the winter air pollution in Delhi.
2.What is a Graded Response Action Plan (GRAP)
In 2014, when a study by the WHO found that Delhi was the most polluted city in the world, panic spread in the center and the state government. Approved by the supreme court in 2016, the plan was formulated after several meetings that the Environmental Pollution (Prevention and Control) Authority (EPCA) held with state government representatives and experts. The result was a plan that institutionalized measures to be taken when air quality deteriorates.
The plan was notified by the Ministry of Environment, Forests & Climate change in 2017.
GRAP works only as an emergency measure.
It institutionalized measures to be taken when air quality deteriorates.
1. The plan is incremental- therefore, when the air quality moves from 'poor' to 'very poor, the measures listed under both sections have to be followed.
2. It prevents PM10 and PM2.5 levels from going beyond the 'moderate' national AQI category.
Authorities from both Haryana and UP had informed EPCA at the time that they would put in the required measures by winter 2020 for the supply of electricity from the grid.
3.Has GRAP Helped?
- The biggest success of GRAP has been in fixing accountability and deadlines.
- For each action to be taken under a particular air quality category, executing agencies are marked.
- In a territory like Delhi, where a multiplicity of authorities has been a long-standing impediment to effective governance, this step made a crucial difference.
4.Measures that are taken in other states
- one criticism of the EPCA, as well as GRAP, has been the focus on Delhi. While other states have managed to delay several measures, citing a lack of resources, Delhi has always been the first to have stringent measures enforced.
- When the air quality shifts from poor to very poor, the measures listed under both sections have to be followed since the plan is incremental in naturality reaches the severe+ stage, GRAP talks about shutting down schools and implementing the odd-even road-space rationing scheme.
5.Actions under GRAP
Severe+ or Emergency |
(PM 2.5 OVER 300 300 µg/cubic metre or PM10 over 500µg/cu. m. for 48+ hours)
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Severe |
(PM 2.5 OVER 250µg/cu. m. or PM10 over 430 µg/cu. m. )
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Very Poor |
(PM2.5 121-250 µg/cu. m. or PM10 351-430 µg/cu.m. )
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Moderate to Poor |
(PM2.5 61-120 µg/cu. m. or PM10 101-350 µg/cu. m.)
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6. The Air Quality Index (AQI)
- The AQI is a colour-coded index launched under the Swachh Bharat campaign to simplify the understanding of pollution levels.
- It helps convey the condition of the air and guides appropriate measures based on the severity of pollution.
- The AQI consists of six categories, each with a corresponding colour code: 'Good' (0-50), 'Satisfactory' (51-100), 'Moderately Polluted' (101-200), 'Poor' (201-300), 'Very Poor' (301-400) and 'Severe' (401-500).
7. Commission for Air Quality Management (CAQM)
- The Commission for Air Quality Management (CAQM) was established by the Government of India in October 2020 to address the persistent and severe problem of air pollution in the National Capital Region (NCR) and adjoining states.
- It was later given statutory backing through the Commission for Air Quality Management in National Capital Region and Adjoining Areas Act, 2021. The Commission functions under the Ministry of Environment, Forest and Climate Change (MoEFCC).
- The CAQM was created in response to the recurring air pollution crisis in Delhi and surrounding areas, which often see hazardous air quality levels, especially during the winter months.
- The problem is aggravated by factors such as stubble burning in Punjab and Haryana, industrial and vehicular emissions, and construction dust. Earlier, multiple agencies such as the Central Pollution Control Board (CPCB), state pollution control boards, and environment departments operated independently, leading to poor coordination and weak enforcement. The CAQM was envisioned as a centralized, permanent body to unify and coordinate efforts across states.
- The Commission’s jurisdiction extends to Delhi, Punjab, Haryana, Rajasthan, and Uttar Pradesh, covering areas adjoining the NCR. It is headed by a Chairperson appointed by the Central Government—typically a former Secretary to the Government of India or a Chief Secretary of a state.
- The body includes representatives from central ministries, state governments, the CPCB, ISRO, and NITI Aayog, along with experts in environmental science and pollution control.
- The CAQM is responsible for monitoring, coordinating, and implementing air quality management plans across its jurisdiction. It formulates policies to prevent and control air pollution, enforces existing environmental laws, and ensures that central, state, and local authorities act in a coordinated manner.
- The Commission also plays a critical role in tackling stubble burning, a major seasonal contributor to pollution in northern India. It has the authority to issue directions to central, state, and local authorities, and its orders override those of other agencies within its jurisdiction. Moreover, the Commission possesses powers of a civil court, enabling it to summon individuals, demand documents, and take punitive actions against violators.
- The establishment of CAQM marks an important step in India’s environmental governance. By creating a single authority with comprehensive powers, the government sought to move away from fragmented approaches and ensure consistent, region-wide enforcement.
- However, despite its potential, the Commission faces challenges such as jurisdictional overlaps, limited manpower, and the lack of strong enforcement mechanisms at the local level. Successful functioning of CAQM ultimately depends on the cooperation of states, technological monitoring, and public awareness
For Prelims and Mains
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For Prelims: Graded Response Action Plan, National Capital Region (NCR),Environmental pollution(prevention control)Authority (EPCA).
For Mains:
1. What is GRAP? What is the Delhi-NCR action plan as air pollution increases? (250 words).
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Previous Year Questions
1.In the cities of our country, which among the following atmospheric gases are normally considered in calculating the value of the Air Quality Index? (2016)
Select the correct answer using the code given below: (a) 1, 2 and 3 only (b) 2, 3 and 4 only (c) 1, 4 and 5 only (d) 1, 2, 3, 4 and 5 Answer (b) |
SOURCE: The Indian Express
SMALL INDUSTRIES
1. Context
The India–Oman Free Trade Agreement that comes into force from June 1 is a defining milestone in Prime Minister Narendra Modi’s mission to create global pathways to prosperity for India’s students, artisans, women, farmers, fishermen and MSMEs by opening new markets and accelerating job creation.
2. Micro Small Medium Enterprises (MSME)
Small-scale industries account for nearly 95% of all industrial units and are a crucial component of the nation's economic framework. Mahatma Gandhi emphasized the importance of cottage and small-scale industries for India's progress. As reported by the Ministry of Statistics and Programme Implementation (MoSPI), this sector provides employment to approximately 17.5 million people. Consequently, it plays a vital role in job creation. The sector encompasses a wide array of industries, including modern small-scale enterprises, unorganized traditional industries, and organized large and medium-sized businesses
| Classification of Industries |
| Classification/ Industry type | Micro | Small | Medium |
| Investment | Not more than Rs.1 crore | Not more than Rs.10 crore | Not more than Rs.50 crore |
| Annual Turnover | Not more than Rs. 5 crore | Not more than Rs. 50 crore | Not more than Rs. 250 crore |
3. Role of Small Industries in Indian Economy
- Expansion of Entrepreneurial Activities: The innovative approaches adopted by small industries have contributed to the growth of entrepreneurial ventures. This expansion has brought more economic sectors into the fold, offering a broader range of goods and services that cater to both domestic and international markets.
- Industrialization of Rural and Underdeveloped Areas: Small industries have helped reduce regional disparities, promoting a more equitable distribution of wealth and income throughout the nation.
- Employment Creation: Small industries are crucial to India's economic development, as they generate significant employment opportunities at a much lower capital investment compared to large-scale industries
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Village Small Industries (VSI)
The term "Village and Small Industry (VSI)" is commonly used to refer to unorganized traditional sectors and small-scale industries. The VSI sector is composed of seven sub-sectors: handicrafts, handlooms, Khadi and Village Industries, coir, sericulture, power looms, and small-scale industries
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4. Government Initiatives
- Prime Minister’s Employment Generation Programme (PMEGP): The aim of this program is to create employment opportunities by establishing new micro-enterprises, projects, and self-employment initiatives across rural and urban areas of the country. The Khadi and Village Industries Commission (KVIC) serves as the national nodal agency responsible for implementing the scheme, while its execution at the state level is managed by State KVIC offices, State Khadi and Village Industries Boards (KVIB), District Industries Centres (DIC), Coir Board (for coir-related activities), and Banks.
- Collateral-Free Credit Provision for MSMEs: Banks and other financial institutions, including NBFCs, are mandated to provide collateral-free credit to Micro and Small Enterprises. The scheme ensures that up to ₹5 crore (effective from April 1, 2023) per borrowing unit is covered for collateral-free credit facilities (term loans and/or working capital) extended to micro and small enterprises by eligible lending institutions.
- A Scheme for Promotion of Innovation, Rural Industry & Entrepreneurship (ASPIRE): The ASPIRE program has been approved for continuation from 2021-2022 to 2025-2026 with a budget allocation of ₹194.87 crore. Updated guidelines issued on January 28, 2022, focus on the following objectives:
- Reducing unemployment and generating jobs,
- Promoting an entrepreneurial culture in India,
- Encouraging innovation to enhance the competitiveness of the MSME sector.
- Entrepreneurship and Skill Development Programmes (ESDP): This program is designed to inspire youth from diverse social backgrounds, including women, SC/ST communities, disabled individuals, ex-servicemen, and those below the poverty line, to consider careers in self-employment or entrepreneurship.
- Scheme of Fund for Regeneration of Traditional Industries (SFURTI): The scheme aims to create competitive, sustainable employment opportunities for traditional industries and artisans by organizing them into clusters. It also seeks to enhance the marketability of products produced by these clusters, upgrade the skills of traditional artisans, provide better tools and equipment, strengthen cluster governance with active stakeholder participation, and foster innovative products, advanced technologies, processes, market intelligence, and new models of public-private partnerships.
- MSME Champions Scheme: This program, set to run from 2021-2022 to 2025-2026, is divided into three components:
- MSME-Sustainable (ZED) Certification Scheme
- MSME-Competitive (Lean) Scheme
- MSME-Innovative (for Incubation, IPR, and Design) Scheme
- Greening MSME: SIDBI has introduced the "Greening MSME" initiative, which offers financial assistance up to a maximum of ₹20 crore to MSMEs for adopting energy-efficient and environmentally sustainable technologies
5. Challenges
- Access to Finance: Access to funding is a major challenge for Indian MSMEs, with the total financing gap expected to reach $400 billion. While closing this gap will take time, targeted green finance initiatives in areas like waste management, electric vehicles, energy efficiency, and renewables can support MSME growth in these sectors.
- Interest Rates: The Central Government should lower interest rates and make consumer finance, housing loans, and vehicle loans more accessible to stimulate market demand.
- Climate Commitments and Transitioning to Low-Carbon: Small enterprises are limited to adhering to environmental regulations, while global supply chains increasingly shift to greener processes and products. There is currently no strategic plan to help MSMEs manage the risks associated with this transition.
- Unorganized Nature: Due to its fragmented structure and the predominance of micro-sized businesses, the MSME sector is one of the most vulnerable in the Indian economy. The COVID-19 pandemic has highlighted this vulnerability, with millions of MSMEs facing closure due to decreased demand caused by lockdowns.
- Green Transition of MSMEs: MSMEs are more exposed to policy and demand uncertainties, often with greater downside risks. Even if they recognize the benefits of going green, most lack the financial and technical capacity to invest in new initiatives. However, certain government programs can help address these barriers.
- Incentives and Penalties: Encouraging Small and Medium Enterprises (SMEs) to exceed mere compliance can be achieved by taxing negative externalities and offering subsidies or tax breaks for green investments. Updating environmental legislation should also consider the risks posed by different industries, and these policies should be assessed for their impact on MSMEs before widespread implementation
6. Way forward
MSMEs should embrace best practices like implementing low-energy strategies, adopting renewable energy sources, improving waste management, ensuring women's safety, and making timely wage payments.
Governments, business associations, civil society organizations, and other stakeholders can play a proactive role in promoting awareness, sharing best practices, and providing training and resources. Financial incentives, such as tax breaks, subsidies, grants, and low-interest loans, can be offered by governments and investors to encourage MSMEs to adopt sustainable practices or invest in sustainable technologies.
Larger companies can support MSMEs in adopting sustainable practices by offering training, technical support, and financial assistance
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For Prelims: Current events of national and international importance For Mains: GS III - Indian Economy |
Previous year Questions1. Consider the following statements with reference to India: (UPSC 2023)
1. According to the 'Micro, Small and Medium Enterprises Development (MSMED) Act, 2006', the 'medium enterprises' are those with investments in plant and machinery between Rs. 15 crore and Rs. 25 crore.
2. All bank loans to the Micro, Small, and Medium Enterprises qualify under the priority sector.
Which of the statements given above is/are correct?
A. 1 only
B. 2 only
C. Both 1 and 2
D. Neither 1 nor 2
Answer: B
2. Which of the following can aid in furthering the Government's objective of inclusive growth? (UPSC 2011)
1. Promoting Self-Help Groups
2. Promoting Micro, Small and Medium Enterprises
3. Implementing the Right to Education Act
Select the correct answer using the codes given below:
A. 1 only
B. 1 and 2 only
C. 2 and 3 only
D. 1, 2 and 3
Answer: D
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Source: Indianexpress
COAL GASIFICATION
1. Context
In a roadshow promoting surface coal gasification, Union Coal and Mines Minister G. Kishan Reddy said the technology, which can also yield a range of downstream products, has the potential to substitute imports worth up to ₹3 lakh crore. To encourage coal gasification, the Union Cabinet approved a ₹37,500-crore incentive package.
2. What is coal gasification?
- Imagine coal as a solid fuel made mostly of carbon, along with hydrogen, oxygen, sulfur, and other impurities. Traditionally, coal is burned directly in the presence of oxygen to produce heat.
- Coal gasification, however, follows a different approach. Instead of completely burning the coal, it is converted into a combustible gas mixture called syngas (synthesis gas).
- In a coal gasification plant, coal is heated at very high temperatures (typically 1,000–1,500°C) in a controlled environment where there is only a limited amount of oxygen and often steam is added.
- Because oxygen is insufficient for complete combustion, the coal does not simply burn away. Instead, a series of chemical reactions break down the coal and transform its carbon and hydrogen into gases.
- A simple way to understand coal gasification is to think of it as turning a solid fuel into a gaseous fuel. Just as crude oil is refined into useful products, coal is chemically transformed into syngas, which is much more versatile than raw coal.
- Once produced, syngas can be cleaned of impurities such as sulfur compounds, ash, and mercury.
- The cleaned gas can then be used in several ways. It can be burned in gas turbines to generate electricity, converted into chemicals like ammonia and methanol, or transformed into synthetic fuels such as synthetic diesel and aviation fuel.
- For India, coal gasification is particularly important because the country possesses large coal reserves but imports significant quantities of natural gas, crude oil, and fertilizers. By converting domestic coal into syngas, India can produce chemicals, fertilizers, and fuels within the country, reducing import dependence.
- However, coal gasification is not completely free from environmental concerns. Although it allows easier removal of pollutants before combustion and can facilitate carbon capture, it still relies on coal and can generate substantial carbon dioxide emissions unless carbon capture and storage technologies are used.
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The main products of this process are carbon monoxide (CO) and hydrogen (H₂), which together form syngas. Smaller quantities of methane, carbon dioxide, water vapor, and other gases may also be present. The basic reactions can be represented as: C+H2O→CO+H2 and C+O2→CO2 followed by reactions that convert carbon dioxide and steam into additional carbon monoxide and hydrogen. |
3. Benefits of Coal Gasification
- Coal gasification is often promoted not merely as a way of using coal, but as a method of extracting greater value from it.
- When coal is directly burned, its primary purpose is to generate heat and electricity. Through gasification, however, the same coal can be transformed into a versatile raw material for multiple industries.
- One of the biggest advantages is energy security. Countries with abundant coal reserves, such as India, can convert domestic coal into syngas and use it to produce fertilizers, chemicals, synthetic natural gas, methanol, and transportation fuels. This reduces dependence on imports of crude oil, natural gas, and chemical feedstocks.
- Another important benefit is higher efficiency in power generation. The syngas produced can be used in advanced power plants, such as Integrated Gasification Combined Cycle (IGCC) systems, which generally achieve higher efficiencies than conventional coal-fired thermal plants. Higher efficiency means more electricity can be generated from the same quantity of coal.
- Coal gasification also offers better pollution control. Since contaminants are removed from the gas before it is burned, pollutants such as sulfur compounds, particulate matter, and certain heavy metals can be captured more easily than in traditional coal combustion. This helps reduce emissions responsible for acid rain and air pollution.
- A further advantage is the production of valuable industrial chemicals. The hydrogen and carbon monoxide in syngas serve as building blocks for manufacturing ammonia (used in fertilizers), methanol, synthetic fuels, plastics, and many other chemical products. Thus, coal becomes not just a fuel but also an industrial feedstock.
- Gasification can also support the hydrogen economy. Hydrogen can be separated from syngas and used in refineries, fertilizer plants, and potentially as a clean energy carrier in the future. This gives coal-producing countries another pathway for utilizing their resources.
- From an environmental perspective, coal gasification can facilitate carbon capture and storage (CCS). Because carbon dioxide is produced in a concentrated stream during gasification, it is often easier and potentially less expensive to capture than from conventional coal-fired power plants.
- For countries with large reserves of low-grade coal, gasification provides an opportunity to utilize resources that may not be ideal for direct combustion. This is especially relevant for India, where a significant portion of coal has high ash content.
4. India's Position on technology and gasification
- The large-scale adoption of coal gasification in India depends on overcoming several technical challenges. Indian coal is characterized by high ash content, fluctuating calorific value, and complex mineral composition, all of which can adversely affect gasification efficiency.
- Consequently, fluidised-bed gasification is regarded as the most suitable technology for Indian conditions. In this process, a stream of gas suspends coal particles above the ash layer, enabling efficient conversion of coal into syngas through high-temperature reactions.
- The distinctive properties of Indian coal also mean that the technologies used in countries such as China, Australia, and the United States cannot be directly replicated in India. China, despite being a global leader in coal gasification, predominantly utilizes coal with characteristics that differ significantly from Indian reserves.
- A critical factor influencing the expansion of coal gasification is the availability of indigenous technology. These projects require substantial upfront investment and typically involve long development timelines.
- A techno-economic study conducted by the Chintan Research Foundation in March 2026 highlighted that capital expenditure represents the largest component of syngas production costs in India, contributing nearly 30% of the total cost.
- This underscores the importance of ensuring financial viability through government support. In this context, the recent incentive package, which covers up to 20% of plant and machinery costs, is expected to play a significant role in encouraging investments.
- India has already made notable progress in developing domestic capabilities. Bharat Heavy Electricals Limited (BHEL) has designed a pressurised fluidised-bed gasifier specifically engineered to process Indian coal with high ash content and variable quality.
- According to NITI Aayog, BHEL’s network of 16 manufacturing facilities can produce all the major components required for coal gasification plants.
- In the private sector, companies such as Jindal Steel and Greta Energy & Metal have achieved localisation levels of approximately 80–90% in their operations.
- Industry experts note that greater indigenisation could lower overall project costs by 30–40%, thereby enhancing competitiveness.
- Despite these advancements, the sector may continue to depend on imported technologies during its developmental phase. For this reason, industry stakeholders have requested relaxation of certain Department for Promotion of Industry and Internal Trade (DPIIT) provisions to facilitate the acquisition of critical technologies, particularly from China.
- Government officials have indicated that while regulatory requirements will remain in place, the Ministry is prepared to assist project developers in obtaining the necessary approvals for technology imports
5. Way Forward
The coal-based ammonia-urea facility at Talcher is projected to commence operations in FY 2027–28. Meanwhile, a range of other coal gasification projects—covering the production of syngas, ammonium nitrate, direct reduced iron, ethanol, and hydrogen—are anticipated to be commissioned by FY 2029–30. The Ministry had also indicated in April, while responding to a query from The Hindu, that further project approvals are expected in the months ahead
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For Prelims: Coal gasification, synthetic natural gas (SNG), Bharat Heavy Electricals and Gas Authority of India
For Mains: GS III - Industrial Policy
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Previous Year Questions
1. Consider the following statements: (2019)
Which of the statements given above is/are correct? (a) 1 only Answer (a) 2. Which of the following is/are the characteristic/characteristics of Indian coal? (2013)
Select the correct answer using the codes given below: (a) 1 and 2 only Answer (a) |
Source: The Hindu
BRAHMOS MISSILE
1. Context
In the first official confirmation of India selling the BrahMos missiles to Vietnam, Defence Secretary Rajesh Kumar Singh said Saturday that a deal has been signed with the southeast Asian nation for the supply of the missiles, adding that a similar deal with Indonesia is in “final stages”.
2. What are the BrahMos Missile?
- The BrahMos missile is a supersonic cruise missile jointly developed by India's Defence Research and Development Organisation (DRDO) and Russia's NPO Mashinostroyeniya. Its name is a portmanteau of the Brahmaputra and Moskva rivers.
- BrahMos is known for its speed and versatility. It is the fastest cruise missile in the world, capable of reaching speeds of up to Mach 3 (three times the speed of sound). This makes it extremely difficult for enemy defenses to intercept.
- The missile has both land-attack and anti-ship capabilities, meaning it can target both land-based targets and naval vessels. Its precision and range make it a potent weapon for both offensive and defensive purposes. It's deployed across various platforms including land, sea, and air.
- The BrahMos missile has become a significant asset in the Indian military's arsenal, providing a formidable deterrent and offensive capability. It's continuously being upgraded to enhance its capabilities and adapt it to different platforms and operational requirements
3. Evolution of Brahmos
- During the early 1980s, Dr. A P J Abdul Kalam spearheaded the Integrated Guided Missile Development Programme, initiating the creation of various indigenous missiles such as Prithvi, Agni, Trishul, Akash, and Nag, each with diverse capabilities and operational ranges.
- In the early 1990s, India's strategic leadership recognized the necessity for cruise missiles—guided projectiles maintaining nearly constant speeds throughout their trajectories—to deliver sizable warheads with pinpoint accuracy over extensive distances.
- This requirement emerged prominently following the deployment of cruise missiles during the 1991 Gulf War.
- In 1998, an Inter-Governmental Agreement was formalized in Moscow between Dr. Kalam, then heading the DRDO, and N V Mikhailov, Russia's Deputy Defence Minister at the time.
- This agreement laid the foundation for BrahMos Aerospace, a collaborative venture between DRDO and the Russian space company NPO Mashinostroyenia (NPOM), with the Indian side holding 50.5% ownership and the Russians 49.5%. The venture derived its name from two rivers—Brahmaputra in India and Moskva in Russia.
- Subsequently, in 1999, the development of missiles commenced within the laboratories of DRDO and NPOM after BrahMos Aerospace secured funding from both governments. The first successful test launch occurred in 2001 from a specifically engineered land-based launcher
4.Significance of Brahmos
- The BrahMos missile is equipped with a solid propellant booster engine, comprising two stages. Initially, the first stage accelerates the missile to supersonic speeds, after which it detaches. Subsequently, the liquid ramjet, constituting the second stage, propels the missile to nearly three times the speed of sound during its cruise phase.
- Notably, the missile exhibits a minimal radar signature, enhancing its stealth capabilities, and can follow various trajectories.
- As a "fire and forget" weapon, it can maintain a cruising altitude of 15 km and descend to as low as 10 meters to effectively strike its target.
- Classified as "standoff range weapons," cruise missiles like BrahMos are launched from a distance substantial enough to evade defensive countermeasures, a feature common among the arsenals of major militaries worldwide.
- Compared to subsonic cruise missiles, BrahMos boasts three times the speed, 2.5 times the flight range, and extended operational capabilities. With export versions available, BrahMos serves as a crucial asset in defense diplomacy initiatives.
- In 2022, an air-launched variant of BrahMos underwent testing from a frontline SU-30MKI aircraft, while an advanced sea-to-sea variant was also tested from the INS Visakhapatnam during the same year.
- However, BrahMos was embroiled in controversy in 2022 when Pakistan alleged that an unarmed Indian missile had inadvertently landed within its territory on March 9, 2022. The Ministry of Defence attributed the incident to a technical malfunction resulting in accidental firing.
- Though the government initiated a high-level inquiry, the specific missile involved was not officially disclosed. Nonetheless, experts inferred from its trajectory that it bore the hallmarks of BrahMos
5. Types of BrahMos
- The BrahMos missile system is strategically deployed across various fronts, encompassing land-based formations along border regions, BrahMos-equipped Sukhoi-30 aircraft stationed in both the Northern and Southern theaters, and ships and submarines fitted with BrahMos capabilities in naval operations. This integrated setup constitutes a formidable triad, adept at addressing evolving demands in multidimensional warfare scenarios.
- To adapt to dynamic warfare requirements, ongoing efforts are focused on upgrading the BrahMos system, with emphasis on enhancing range, maneuverability, and accuracy.
- Current development initiatives include testing versions with extended ranges of up to 350 km, surpassing the original's 290 km limit. Furthermore, plans are underway for versions with even greater ranges, potentially reaching up to 800 km, and featuring hypersonic speeds. Concurrently, endeavors are directed towards reducing the size and radar signature of existing iterations while augmenting their overall capabilities.
- Across all three branches of the Armed Forces, BrahMos variants are subject to regular testing, including those presently in development.
- Land-Based: The land-based BrahMos setup comprises mobile autonomous launchers, typically housing four to six launchers, each armed with three missiles capable of near-simultaneous firing.
- These batteries are strategically deployed along India's land borders in various theaters. Upgraded versions of the land attack variant, capable of cruising at 2.8 Mach, boast precision striking capabilities with ranges of up to 400 km.
- Advanced iterations with enhanced range and speeds of up to 5 Mach are reportedly in the developmental pipeline. Notably, the ground systems of BrahMos are lauded for their streamlined design and minimal componentry.
- Ship-Based: Since 2005, the Navy has been inducting BrahMos missiles on its frontline warships, enhancing their ability to engage sea-based targets beyond the radar horizon. The naval variant has demonstrated efficacy in both sea-to-sea and sea-to-land engagements.
- These missiles can be deployed individually or in salvos of up to eight, with staggered firing intervals. This capability enables them to effectively target groups of frigates equipped with modern missile defense systems.
- Air-Launched: The successful flight testing of BrahMos from a Sukhoi-30MKI against a sea-based target in the Bay of Bengal on November 22, 2017, marked a significant milestone. Subsequent tests have validated its effectiveness.
- The BrahMos-equipped Sukhoi-30 aircraft, boasting a range of 1,500 km without mid-air refueling, serve as a pivotal strategic deterrent along both land borders and the strategically vital Indian Ocean Region. The Indian Air Force is actively integrating BrahMos with 40 Sukhoi-30 fighter jets across various airbases.
- Submarine-Launched: This variant can be launched from depths of approximately 50 meters below the water surface. The missile, stored in a canister, is vertically launched from the pressure hull of the submarine, employing distinct configurations for underwater and surface flights. Successful testing of this version was first conducted in March 2013 from a submerged platform off the coast of Visakhapatnam
6. Brahmos Missile Series
The BrahMos missile series is a family of supersonic cruise missiles developed jointly by India and Russia. Named after the Brahmaputra River in India and the Moskva River in Russia, the BrahMos series is renowned for its speed, precision, and versatility.
Here are some key variants within the BrahMos missile series:
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BrahMos Block-I: The initial variant of the BrahMos missile, featuring a range of approximately 290 km. It is capable of striking both land-based and naval targets with high accuracy.
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BrahMos Block-II: An upgraded version with enhanced capabilities, including improved range and accuracy. It incorporates advanced technologies to further enhance its effectiveness in various operational scenarios.
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BrahMos Block-III: This variant features additional upgrades aimed at improving its range, maneuverability, and stealth capabilities. It is designed to overcome evolving threats and maintain its position as a potent deterrent.
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BrahMos-A: The air-launched variant of the BrahMos missile, integrated onto Sukhoi Su-30MKI fighter aircraft of the Indian Air Force. It significantly extends the reach of the missile, allowing for precision strikes against ground and naval targets.
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BrahMos-N: The naval variant of the BrahMos missile, deployed on Indian Navy warships. It provides a formidable anti-ship and land-attack capability, enhancing the offensive capabilities of naval fleets.
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BrahMos-ER: The extended-range variant of the BrahMos missile, currently under development, aimed at achieving ranges beyond the existing capabilities. It will further enhance the strategic reach of the BrahMos series, allowing for precision strikes at longer distances.
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BrahMos-NG: A next-generation variant of the BrahMos missile, featuring reduced size and weight while maintaining high performance. It is designed for compatibility with a wider range of platforms, including aircraft, submarines, and surface vessels
7.Way Forward
BrahMos missile series represents a significant technological achievement in the field of missile development, providing India with a potent and versatile deterrent against various threats. Its continuous evolution and upgrades ensure that it remains at the forefront of modern warfare capabilities
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Previous Year Questions
1.Consider the following statements: (UPSC CSE Prelims 2023)
Which of the statements given above is/are correct?
Answer: (d) |
Source: Indianexpress
