InstaLinks : help you think beyond the issue but relevant to the issue from UPSC prelims and Mains exam point of view. These linkages provided in this ‘hint’ format help you frame possible questions ina your mind that might arise(or an examiner might imagine) from each current event. InstaLinks also connect every issue to their static or theoretical background. This helps you study a topic holistically and add new dimensions to every current event to help you think analytically
Table of Contents:
GS Paper 3:
- Biohydrogen and India’s green hydrogen pathway
GS Paper 4:
- Ethical Values Shown by NCF for School Education 2023
Content for Mains Enrichment
- Naik Yeshwant Ghadge
Facts for Prelims (FFP)
- Mesolithic rock art find adds to Hyderabad’s history
- Royalty rates for three critical and strategic minerals
- Protocol for Management of Malnutrition in Children
- UN General Assembly elects 15 new members to the Human Rights Council
- Resilient and Inclusive Supply-chain Enhancement (RISE) initiative
- ICRISAT Joins One CGIAR Initiative
- Project Nilgiri Tahr
Mapping
- UK’s Rosebank oil field
Biohydrogen and India’s green hydrogen pathway
GS Paper 3
Syllabus: Environment Conservation
Source: DTE
Context: The article discusses the role of biohydrogen in India’s green hydrogen pathway. It also discusses the industrial interest in biogas reforming, which converts biogas into environmentally friendly chemicals like syngas or bio-hydrogen.
The key difference between biohydrogen and green hydrogen is in their sources of production:
- Biohydrogen: Derived from biological sources such as biogas, and often considered a form of renewable hydrogen due to its environmentally friendly conversion process.
- Biohydrogen is hydrogen produced from biological sources, typically through biogas reforming. It converts biogas (CH4 and CO2) into hydrogen, often referred to as syngas or bio-hydrogen
- Green Hydrogen: Produced through the electrolysis of water using renewable energy sources like solar or wind power, and is considered the purest form of clean hydrogen.
In August 2023, the Union Ministry of New & Renewable Energy, Government of India, provided a definition for green hydrogen, specifying it as having a well-to-gate emission (encompassing water treatment, electrolysis, gas purification, drying and compression of hydrogen) not exceeding 2 kg CO2 equivalent per kg H2. In contrast, grey hydrogen, on average, emits 10 kg of CO2 per kg of H2 produced.
Nodal Agency: The Bureau of Energy Efficiency (BEE) (under the Union Ministry of Power) is the nodal authority responsible for accrediting agencies for monitoring, verifying and certifying green hydrogen production projects.
Challenges in Green Hydrogen Production:
| Not Sufficient | Green hydrogen constitutes less than 1 per cent of the world’s hydrogen production and usage (as per the Global Hydrogen Review 2023 by the International Energy Agency (IEA)) |
| Green hydrogen production needs to grow significantly to align with Net Zero Emissions goals. | |
| Energy inefficient | 30% of renewable energy is lost while producing hydrogen |
| Carbon emissions. | Existing methods involve fossil fuels with high carbon emissions. |
| Low Adoption | Low-emission hydrogen adoption in various sectors is slow. |
| Economic Sustainability | Low economic sustainability of extracting green hydrogen.
For transportation fuel cells, hydrogen must be cost-competitive with conventional fuels and technologies on a per-mile basis |
| Access to critical minerals | Access to critical minerals such as nickel, platinum group metals and rare earth metals such as lanthanum, yttrium and zirconium could hinder scaling up electrolyser manufacturing capability in India |
Biohydrogen as a Promising Solution:
| Challenge | How Biohydrogen Addresses It |
| Source Diversity | Utilizes biogas as a readily available source, offering diversity in raw materials for hydrogen production. |
| Environmental Benefits | Converts methane and CO2 in biogas into hydrogen, reducing harmful emissions and promoting a more sustainable process. |
| Cost-Effective | Biogas-based hydrogen production is often cost-effective, making it a practical solution for green hydrogen. |
| It is cost-effective mainly due to the similarity between biogas and natural gas | |
| Carbon Capture | The biohydrogen process inherently captures carbon from biogas, contributing to carbon-neutral or even carbon-negative outcomes. |
| Biogas reforming can help reduce carbon deposition through the use of excess steam | |
| Infrastructure Compatibility | Biohydrogen production methods can be integrated with existing natural gas infrastructure, minimizing the need for new infrastructure development. |
| Research and Development | Attracts significant research interest and investment, driving innovation in the field of biohydrogen production. |
Government Initiatives for Bio and Green Hydrogen:
| Initiative | Key Points |
| Global Biofuel Alliance | Leading efforts to establish global standards for hydrogen from biomass. |
| National Hydrogen Mission | Targeting a production increase to 5 million metric tonnes (MMT) by 2030, meeting 40% of domestic requirements. |
| Production Linked Incentive (PLI) Scheme | Proposing a Rs 15,000-crore PLI scheme for electrolysers. |
| Green Hydrogen Mission | Development of Green Hydrogen Production Capacity of at least 5 MMT (Million Metric Tonne) per annum; Renewable energy capacity addition of about 125 GW in the country by 2030 |
| Strategic Interventions for Green Hydrogen Transition (SIGHT): Funding domestic electrolyser manufacturing and green hydrogen production. | |
| Green Hydrogen Hubs: Identifying and developing states/regions for large-scale hydrogen production/utilization. | |
| Strategic Hydrogen Innovation Partnership (SHIP): Under this Public-private partnership framework R&D will be facilitated under the mission. | |
| International Collaboration | Actively partnering with other countries, research institutions, and private entities for expertise and technology development. |
| Renewable Energy Integration | Integrating green hydrogen production with India's expanding renewable energy capacity for improved efficiency and sustainability. |
India’s status for Green Hydrogen:
- Oil India Limited (OIL) recently commissioned India’s first 99% pure green hydrogen plant in eastern Assam’s Jorhat
- NTPC (in Kawas, Surat)has started India’s 1st Green Hydrogen Blending operation in the Piped Natural gas (PNG) Network.
- The Petroleum and Natural Gas Regulatory Board (PNGRB) has given approval for a 5% blending of green hydrogen with PNG (later to be scaled to 20%)
- Pune Municipal Corporation (PMC) has collaborated with business management consultant
- The Green Billions (TGBL)to manage its waste and generate it into useable green hydrogen (under the waste-to-hydrogen project)
- Strategic Clean Energy Partnership (SCEP)to mobilise finance and speed up green energy development
Way forward
- Investment in R&D on green Hydrogen technology is required.
- There is a need to announce incentives to convince enough users of industrial hydrogen to adopt green hydrogen.
- India needs to develop supply chains in the form of pipelines, tankers, intermediate storage and last-leg distribution networks.
- Need to establish an end-to-end electrolyser manufacturing facility.
- Need a manufacturing strategy that integrates with the global value chain and can maximize existing strengths.
Conclusion
Bio-hydrogen will be a critical industrial fuel of the 21st century. India is well-positioned to show leadership, which is in India’s and the planet’s collective interest.
Insta Links:
India’s green hydrogen challenge
Mains Links:
What are the key features of the National Clean Air Programme (NCAP) initiated by the Government of India? (UPSC 2020)
Ethical Values Shown by NCF for School Education 2023
GS Paper 4
Syllabus: Ethical Values in Personal Lives
Source: LM
The National Curriculum Framework for School Education 2023 emphasizes the importance of inculcating values in education.
It articulates five ‘Aims of Education‘:
| Aim of Education | Description |
| 1. Rational Thought and Independent Thinking | Fostering critical thinking, problem-solving, and independent inquiry among students. |
| 2. Health and Well-being | Promoting physical and mental well-being, including awareness of health and hygiene. |
| 3. Democratic and Community Participation | Encouraging active participation in a democratic society, understanding community engagement. |
| 4. Economic Participation | Preparing students for economic roles and employment opportunities. |
| 5. Cultural Participation | Promoting an understanding of cultural diversity and heritage, encouraging cultural engagement. |
Values categorized in the framework are:
| Category | Values |
| Ethical and Moral
Values |
1. Empathy |
| 2. Sensitivity | |
| 3. Integrity | |
| 4. Courage | |
| Democratic Values | 1. Commitment to Liberty |
| 2. Commitment to Equality | |
| 3. Embracing Diversity | |
| 4. Fraternal Spirit | |
| 5. Social Responsibility | |
| Epistemic Values (it refers to the virtues associated with the pursuit of knowledge and truth) | 1. Scientific Temper |
| 2. Recognizing Sources of Knowledge | |
| in Different Domains |
How these values can be developed?
| Method | Description |
| Classroom Discussions | Regular discussions in the classroom to foster values |
| Sports and Activities | Engagement in sports and activities to develop virtues |
| Curricular Content | Inclusion of stories and historical events that promote values |
| Role Models | Positive role models in school culture and practices |
| Age-Appropriate Approaches | Tailored strategies for different age groups |
| Moral and Ethical Course | Introduction of specific courses to address values |
| Dialogue and Empathy | schools need to manage conflicts in values, like disparities between school-taught values and those practiced in communities by deploying dialogue and empathetic actions |
| Teacher and Community Influence | The behaviour of teachers, principals, and the community plays a significant role |
| Non-Judgmental Assessment | Assessment through observation of behaviour rather than judgment |
| Curriculum Development | Development of engaging teaching materials |
| Constitutional Understanding | Discussions on constitutional values and duties |
Conclusion:
Despite these efforts, it is more important to enable students to understand and apply complex moral and ethical reasoning in real-world scenarios, so the focus must be on the application of these ethical principles in the NCF 2023 in day-to-day life.
Insta Links:
Mains Links:
“Education is not an injunction; it is an effective and pervasive tool for all-round development of an individual and social transformation.” Examine the New Education Policy, 2020 (NEP, 2020) in light of the above statement. (UPSC 2020)
Naik Yeshwant Ghadge
Content for Mains Enrichment
Source: IE
Naik Yeshwant Ghadge was an Indian war hero who served during World War II’s Italian campaign (1943-45). He epitomizes the forgotten Indian heroes of the war.
Ghadge, at the age of 23, single-handedly captured an enemy post in Montone, Italy. He was posthumously awarded the Victoria Cross, Britain’s highest military honour.
Indian soldiers, part of the British Indian Army, contributed over 2.5 million troops to the Allied war effort, with about 50,000 participating in the Italian campaign.
Usage: The example shows values of Bravery, Duty and Sacrifice, Valour, and Service
Mesolithic rock art find adds to Hyderabad’s history
Facts for Prelims (FFP)
Source: TH
Context: A significant archaeological discovery was made in the Manchirevula Forest Trek Park near Hyderabad.
- Ancient rock paintings that appear to date back to the Mesolithic period.
- The paintings, which are in red pigment, depict three tortoises, a fish, and a geometric motif.
- The paintings are approximately 6,000 to 12,000 years old, placing them within the Mesolithic era, which spans from 10,000 to 4,000 BC.
- The site is well-preserved due to its covered nature, and there are plans to create a protective fence and clear a path for visitors to view the art while ensuring its conservation.
Prehistoric rock paintings:
The term ‘Prehistory’ refers to the distant past when there was no paper or language, and hence painting and drawing were the oldest art forms practised by human beings to express themselves, using the cave walls as their canvas. The first discovery of rock paintings was made in India in 1867–68 by an archaeologist, Archibold Carlleyle, twelve years before the discovery of Altamira in Spain.
| Period | Upper Paleolithic (40000 – 10000 BC) | Mesolithic (10000 – 4000 BC) | Mesolithic Rock Painting |
| Paintings | Linear representations of animal and human figures | Smaller in size with hunting scenes predominating | Made with natural white kaolin and red ochre pigments |
| Prominent Locations | Vindhya ranges of Madhya Pradesh, Uttar Pradesh | Langhnaj (Gujarat), Bhimbetka, Adamgarh | Guntur |
| Themes | Daily life events to sacred and royal images | The naturalistic style for animals, stylistic for humans | Depicts social life and culture, man tilling the land |
Royalty rates for three critical and strategic minerals
Facts for Prelims (FFP)
Source: PIB
Context: The Union Cabinet approved amendments to the Mines and Minerals (Development and Regulation) Act, 1957, specifying royalty rates for three critical and strategic minerals: Lithium, Niobium, and Rare Earth Elements (REEs).
What are Royalty rates?
Royalty rates are fees paid to the government for the extraction of minerals or resources from a specified area. 2nd Schedule of MMDRA 1957 deals with the royalty rates of minerals.
These minerals were delisted from atomic minerals and can now be auctioned to the private sector. The approved royalty rates are as follows:
- Lithium (3% of London Metal Exchange price)
- Niobium (3% of Average Sale Price)
- REEs (1% of the Average Sale Price of Rare Earth Oxide)
If not specified, the royalty rate for minerals is 12% of the Average Sale Price (ASP).
Significance of fixing Royalty Rates: Encouraging indigenous mining of these minerals is crucial for reducing imports, boosting mining sector investment, promoting economic development, and supporting India’s energy transition and national security. The move is also expected to create job opportunities in the mining sector.
Initiatives for Critical Minerals exploration:
| Initiative | Details |
| Amendment to MMRDA | Amendment to MMRDA in 2023 delisted six minerals, including Lithium and Niobium, from the list of atomic minerals, thereby allowing private sector participation |
| Provided for the auction of mining leases and composite licenses of 24 critical and strategic minerals by the central government | |
| Khanij Bidesh India Ltd | It is a government joint venture that aims to secure critical minerals globally, with a focus on Australia and South America. |
Presently, India’s mineral royalty rates are among the highest in the world, thus impacting the competitiveness of the sector and putting an economic burden on mining companies.
About the Minerals:
| Mineral | Description | Common Uses |
| Lithium | An alkali metal used in rechargeable batteries for mobiles, laptops, electric vehicles, and medical devices like pacemakers. | Rechargeable batteries, energy storage. |
| Rare Earth Elements | A group of 17-odd minerals including scandium, yttrium, cerium, and more. | Catalysts, magnets, alloys, glass, electronics, petroleum extraction, electric motors, wind turbines. |
| Niobium | A silvery metal with a corrosion-resistant oxide layer on its surface. The main source of Niobium is the mineral columbite, which is found in countries such as Canada, Brazil, Australia, and Nigeria. | Alloys (stainless steel), jet engines, construction materials, superconducting magnets (particle accelerators, MRI scanners). |
Protocol for Management of Malnutrition in Children
Facts for Prelims (FFP)
Source: TH
Context: The Indian government has introduced a national protocol called the ‘Protocol for Management of Malnutrition in Children’ aimed at identifying and providing comprehensive care for malnourished children in the country.
- The protocol was launched by the Union Minister for Women and Child Development.
Features:
- It outlines a 10-step process for identifying and managing malnutrition in children at the Anganwadi level, incorporating aspects such as growth monitoring, appetite testing, nutritional management, and follow-up care.
- The protocol also introduces innovative approaches, such as the “Buddy mother” concept, where a mother with a healthy child guides the mother of a malnourished child at an Anganwadi centre.
- This initiative is part of the government’s efforts to combat malnutrition through the ‘Poshan Abhiyan,’ with a focus on treating malnourished children and promoting their healthy growth.
UN General Assembly elects 15 new members to the Human Rights Council
Facts for Prelims (FFP)
Source: Business Standard
Context: Russia is facing a challenging battle to regain a seat on the United Nations Human Rights Council.
- Russia is competed against Albania and Bulgaria for two seats in the East European regional group.
- The United States and other nations have been actively campaigning against Russia’s re-election, citing concerns about its human rights record, including alleged war crimes in Ukraine.
- Human Rights Watch has also criticized Russia and China, stating that they are unfit to serve on the council due to their ongoing human rights abuses.
- By secret ballot, the Assembly elected Albania, Brazil, Bulgaria, Burundi, China, Côte d’Ivoire, Cuba, Dominican Republic, France, Ghana, Indonesia, Japan, Kuwait, Malawi and the Netherlands. All 15 members will serve three-year terms beginning on 1 January 2024
The United Nations Human Rights Council (UNHRC) is an intergovernmental body that promotes and protects human rights around the world.
Resilient and Inclusive Supply-chain Enhancement (RISE) initiative
Facts for Prelims (FFP)
Source: The Print
Context: The World Bank and Japan, have launched the Resilient and Inclusive Supply-chain Enhancement (RISE) initiative in Morocco.
- This initiative is designed to tackle the dual challenges of job creation and climate change by aiding emerging markets and developing countries in expanding their clean-energy product manufacturing and increasing their participation in the minerals industry.
- The initiative aims to stimulate economic growth and generate local employment opportunities, ultimately contributing to poverty reduction.
- This collaborative effort emphasizes the importance of international cooperation in promoting economic growth in these countries while strengthening clean energy and critical minerals supply chains.
ICRISAT Joins One CGIAR Initiative
Facts for Prelims (FFP)
Source: HBL
The International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) has joined the One CGIAR (Consultative Group on International Agricultural Research) integrated partnership.
This partnership involves the CGIAR System Organization and 12 One CGIAR research centres (including ICRISAT), aiming to unify efforts in transforming food, land, and water systems to address the challenges posed by the climate crisis.
CGIAR (est. 1971; founder: Forrest F Hill) is a network of publicly-funded agri-food systems research centres. It aims to reduce rural poverty, increase food security, improve human health and nutrition, and sustainable management of natural resources.
About ICRISAT
The International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) (HQ: Patancheru, Hyderabad; founded 1972 with support from the Ford and Rockefeller foundations) is an international organization that conducts agricultural research for rural development.
It has regional centres in Mali and Kenya, along with research stations in several African countries. ICRISAT operates under the charters of the FAO and UNDP. It holds a special status as a UN organization in India, granting it certain immunities and tax privileges.
Project Nilgiri Tahr
Facts for Prelims (FFP)
Source: TH
Context: Tamil Nadu has launched ‘Project Nilgiri Tahr,‘ a wildlife conservation initiative.
- The project aims to protect the endangered Nilgiri Tahr, a species native to the Western Ghats.
- It focuses on understanding the population, distribution, and ecology of Nilgiri Tahr, reintroducing them to their historical habitats, addressing immediate threats to their survival, raising public awareness, and developing eco-tourism activities.
UK’s Rosebank oil field
Mapping
Source: TH
Context: The row over the UK’s Rosebank oil field revolves around the British government’s approval of a major oil and gas project in the North Sea. This decision has sparked Environmental Concerns (contradictory to the UK’s commitment to achieving net-zero carbon emissions by 2050)
The Rosebank oil field, located northwest of the Shetland Islands, is a significant untapped reserve with the potential to produce 300 million barrels of oil. It’s expected to contribute 8% of the UK’s total oil production and generate jobs until 2051.
The North Sea lies between Great Britain, Denmark, Norway, Germany, the Netherlands, Belgium and France. An epeiric sea (on the continental plate and having a very low depth avg. of 90m) on the European continental shelf, it connects to the Atlantic Ocean through the English Channel in the south and the Norwegian Sea in the north.
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