MAINS Current Affairs includes PM VISHWAKARMA SCHEME & E20 PETROL: OPPORTUNITIES, CONCERNS AND THE WAY FORWARD

Governance

1. PM VISHWAKARMA SCHEME

Context: The PM Vishwakarma Scheme has achieved its target of registering 30 lakh beneficiaries as it approaches three years of implementation.

About the Scheme

• PM Vishwakarma was launched in 2023 as a Central Sector Scheme under the Ministry of Micro, Small and Medium Enterprises (MSME).
• It has a total financial outlay of ₹13,000 crore for the period 2023–24 to 2027–28.
• The scheme seeks to provide comprehensive support to traditional artisans and craftspeople, helping them improve their skills, access credit, acquire modern tools and connect with wider markets.
• It is based on three core pillars:
  • Samman – recognition and dignity
  • Samarthya – capability and skill enhancement
  • Samriddhi – prosperity and economic advancement
• The scheme also seeks to preserve and strengthen the traditional Guru–Shishya parampara and family-based transmission of indigenous skills.

Traditional Trades Covered

• PM Vishwakarma covers 18 traditional trades:
  • Carpenter (Suthar)
  • Boat Maker
  • Armourer
  • Blacksmith (Lohar)
  • Hammer and Tool Kit Maker
  • Locksmith
  • Goldsmith (Sunar)
  • Potter (Kumhaar)
  • Sculptor (Moortikar)/Stone Carver/Stone Breaker
  • Cobbler (Charmkar)/Shoesmith/Footwear Artisan
  • Mason (Raajmistri)
  • Basket Maker/Basket Weaver/Mat Maker/Coir Weaver/Broom Maker
  • Doll and Toy Maker (Traditional)
  • Barber (Naai)
  • Garland Maker (Malakaar)
  • Washerman (Dhobi)
  • Tailor (Darzi)
  • Fishing Net Maker

Eligibility and Exclusion

• The scheme is available to artisans and craftspeople aged 18 years or above who:
  • Work with their hands and traditional tools.
  • Belong to one of the covered trades.
  • Are self-employed in the unorganised sector.
• Government employees and their family members are not eligible.
• Individuals who have availed specified credit-based self-employment or business loans during the preceding five years are generally excluded.
• However, beneficiaries of MUDRA and PM SVANidhi who have completely repaid their loans can still be eligible.

Key Benefits

1. Recognition and Formal Identity

• Beneficiaries receive a PM Vishwakarma Certificate and ID Card after registration and verification.
• This provides formal recognition to traditional artisans and craftspeople and facilitates access to other scheme benefits.

2. Skill Development

• The scheme provides structured training to upgrade traditional skills:
  • Basic Training: 5–7 days
  • Advanced Training: 15 days or more
• Trainees receive a ₹500 per day stipend during the training period.
• The training component aims to combine traditional knowledge with improved techniques and contemporary requirements.

3. Toolkit Incentive

• Eligible beneficiaries can receive a toolkit incentive of up to ₹15,000.
• This support enables artisans to acquire or upgrade essential tools and improve productivity.

4. Credit Support

• The scheme provides collateral-free Enterprise Development Loans of up to ₹3 lakh in two stages:
  • First tranche: ₹1 lakh, with an 18-month tenure
  • Second tranche: ₹2 lakh, with a 30-month tenure
• The concessional interest rate is fixed at 5%.
• The Government of India provides an 8% interest subvention to support affordable credit access.

5. Marketing Support

• PM Vishwakarma seeks to improve artisans’ access to markets and value chains through:
  • Quality certification
  • Branding
  • Onboarding on e-commerce platforms such as GeM
  • Advertising
  • Publicity
  • Other market-promotion activities
• Such support can help traditional artisans move beyond local markets and access broader commercial opportunities.

Significance of the Scheme

• Preservation of traditional skills: Helps sustain India’s traditional crafts and occupations.
• Economic empowerment: Provides artisans with skills, tools and affordable credit to strengthen their livelihoods.
• Formal recognition: Brings traditionally informal workers into a more visible institutional framework.
• Entrepreneurship: Credit and marketing support can help artisans develop their traditional occupations into viable enterprises.
• Intergenerational transmission: Strengthens the Guru–Shishya tradition and family-based transfer of skills.
• Market integration: Branding, certification and digital-market access can connect traditional products with larger value chains.

Conclusion

• PM Vishwakarma represents an integrated approach to supporting traditional artisans by combining recognition, skill development, modern tools, affordable credit and market access.
• By linking India’s traditional craftsmanship with contemporary skills, finance and markets, the scheme seeks to promote both livelihood security and preservation of India’s cultural heritage.

ENERGY

2. E20 PETROL: OPPORTUNITIES, CONCERNS AND THE WAY FORWARD

Context: India’s accelerated adoption of E20 petrol has generated discussion around its implications for fuel efficiency, household expenditure, emissions, food security and foreign-exchange savings associated with ethanol blending.

What is E20?

• E20 petrol is a fuel blend containing 20% anhydrous ethanol and 80% motor gasoline.
• India began retailing E20 at selected fuel stations in 2023 under the Ethanol Blended Petrol (EBP) Programme.
• The policy seeks to:
  • Reduce India’s dependence on imported crude oil.
  • Promote domestic biofuel production.
  • Create additional markets for agricultural produce.
  • Support farmer incomes.
  • Reduce the carbon intensity of road transport.
• The Government advanced the target of achieving 20% ethanol blending in petrol to 2025–26, from the earlier target year of 2030.

Major Promises of E20

1. Lower Carbon Emissions

• Ethanol is partly derived from biomass and can potentially reduce the carbon intensity of transport fuel.
• However, the overall environmental benefit depends on several factors, including:
  • Vehicle efficiency
  • Type of ethanol feedstock
  • Production process
  • Lifecycle emissions
  • Blending level
  • Distance travelled per litre of fuel
• Therefore, the climate benefit needs to be assessed across the entire fuel lifecycle, rather than only through tailpipe emissions.

2. Foreign-Exchange Savings

• Domestically produced ethanol can substitute for a portion of imported petroleum products.
• Greater ethanol blending can consequently reduce crude-oil requirements and potentially lower India’s foreign-exchange outgo on oil imports.

3. Diversification of Farmer Incomes

• Ethanol creates an additional market for agricultural commodities such as:
  • Sugarcane
  • Maize
• India has increasingly expanded the use of both sugarcane- and maize-based feedstocks for ethanol production.
• However, large-scale diversion of these crops towards fuel production can also influence their availability and prices.

4. Support to the Rural Economy

• Expansion of ethanol production can encourage investment in:
  • Distilleries
  • Ethanol supply chains
  • Biomass utilisation
  • Associated rural infrastructure
• This can generate additional employment and economic opportunities in rural areas.

5. Management of Excess Sugar Stocks

• Ethanol production provides sugar mills with an alternative outlet for sugar and molasses.
• This can help manage the structural surplus in the sugar sector and provide mills with an additional revenue stream.

6. Feedstock Diversification

• Government policy has increasingly encouraged the use of maize and other feedstocks alongside sugarcane.
• Diversification can reduce excessive dependence on a single feedstock and improve the resilience of ethanol production.

7. Strategic Transition Towards Low-Carbon Mobility

• E20 can serve as an intermediate step towards:
  • Flex-fuel vehicles
  • Advanced biofuels
  • Greater use of non-food feedstocks
  • Lower-carbon transportation
• It can therefore form part of a broader transition towards cleaner and more diversified mobility.

Related Issues & Concerns

1. Lower Fuel Economy and Higher Consumer Expenditure

• Ethanol has a lower energy content per litre than gasoline.
• As the ethanol proportion increases, vehicles may require more fuel to travel the same distance.
• An ARAI–SIAM–IOCL study estimated a 2–6% reduction in fuel economy, depending on vehicle category and vintage.
• Consequently, consumers could experience higher fuel expenditure per kilometre in some vehicles.

2. Compatibility of Legacy Vehicles

• Older vehicles may not have been engineered for higher ethanol blends.
• Higher ethanol concentrations can therefore raise concerns relating to:
  • Fuel-system compatibility
  • Component durability
  • Vehicle maintenance
  • Long-term performance
• Owners of older vehicles may consequently face additional adjustment costs during the transition.

3. Emission Benefits Depend on Mileage

• Although ethanol has lower carbon content per litre, the overall emission outcome also depends on vehicle fuel efficiency.
• The supplied analysis indicates that a 4–6% reduction in mileage could potentially increase emissions per kilometre in certain circumstances.
• The actual outcome can vary depending on:
  • Vehicle age and design
  • Ethanol blend
  • Feedstock used
  • Ethanol production pathway
  • Lifecycle emissions

4. Food-versus-Fuel Concern

• Greater use of maize and sugarcane for ethanol can create competition between:
  • Food
  • Fuel
  • Animal feed
  • Other agricultural uses
• This raises concerns about maintaining an appropriate balance between energy security and food security.

5. Implications for Sugar Exports

• Higher domestic demand for ethanol can create policy tensions between:
  • Ethanol production
  • Domestic sugar availability
  • Sugar exports
• Restrictions on sugar exports can potentially affect agricultural export earnings.

6. Pressure on Maize Supply

• Increasing ethanol production has raised demand for maize.
• If domestic production does not expand sufficiently, higher demand could place pressure on:
  • Domestic maize prices
  • Availability for food and feed
  • Import requirements
  • Trade flows
• The supplied material notes that India was reported to have become a net maize importer in the preceding year.

7. Water-Intensive Feedstock

• Sugarcane is relatively water-intensive.
• Expansion of sugarcane-based ethanol production can therefore raise sustainability concerns, particularly in water-stressed regions.

8. Sustainability Depends on Feedstock

• The environmental profile of ethanol varies according to its source.
• First-generation ethanol derived from food crops may present different sustainability challenges compared with second-generation (2G) ethanol, which uses agricultural residues.
• Greater emphasis on waste and residue-based feedstocks can potentially reduce the food-versus-fuel trade-off.

9. Unequal Distributional Impact

• The transition towards E20 will not affect all consumers equally.
• Owners of older or less E20-compatible vehicles may face greater adjustment costs.
• In contrast, benefits such as reduced oil imports and foreign-exchange savings accrue largely at the macroeconomic level.
• This creates a need for a transition framework that considers both national benefits and consumer-level costs.

Way Forward

1. Ensure Vehicle Compatibility

• Accelerate the availability of E20-compatible vehicles and fuel systems across the automobile fleet.
• Standards should account for both new vehicles and the gradual transition of the existing fleet.

2. Improve Consumer Transparency

• Provide clear information on:
  • Fuel economy
  • Cost per kilometre
  • Vehicle compatibility
  • Differences across fuel blends
• Publishing ₹/km comparisons for different vehicle vintages can help consumers understand the actual economic impact of ethanol blending.

3. Diversify Ethanol Feedstocks

• Greater emphasis should be placed on:
  • Agricultural residues
  • Second-generation ethanol
  • Waste-based feedstocks
  • Other non-food sources
• This can reduce excessive dependence on food crops such as sugarcane and maize.

4. Safeguard Food Security

• Ethanol procurement should be calibrated carefully so that diversion of agricultural commodities does not adversely affect food availability, feed requirements or agricultural price stability.

5. Adopt Lifecycle Assessment

• The environmental performance of E20 should be evaluated on a well-to-wheel basis, rather than solely by considering tailpipe emissions.
• Such assessment should incorporate cultivation, processing, transportation and fuel consumption.

6. Strengthen Public Transport

• Expansion of reliable mass transit and last-mile connectivity can reduce dependence on private vehicles.
• Lower dependence on private vehicles would, in turn, reduce overall petroleum and fuel demand.

7. Provide Consumer Choice During Transition

• A phased transition can reduce adjustment costs for consumers.
• Appropriate availability of compatible fuel for legacy vehicles, wherever necessary, can help ensure that the shift towards higher ethanol blending remains orderly and consumer-sensitive.

Conclusion

• E20 represents an important component of India’s strategy for energy diversification, reduced oil-import dependence and expansion of domestic biofuel production.
• However, its overall benefits depend on vehicle efficiency, feedstock sustainability, water use, food-security considerations and the lifecycle emissions of ethanol production.
• A balanced approach combining vehicle compatibility, diversified feedstocks, transparent consumer information, lifecycle assessment and stronger public transport can help India pursue ethanol blending while managing its economic, environmental and social trade-offs.

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