Financial Structure
World Bank-supported financing for India's clean air program
UPCAMPA Financing at a Glance
Comprehensive funding architecture supporting 7-year implementation
$299.66M
World Bank Financing
IBRD loan + grant support for program implementation
~$136.3M
State Contribution
Government of UP co-financing commitment
~$589.53M
Total Program Cost
Complete financing package across all sources
Sources of Financing
Complete funding composition for UPCAMPA
World Bank IBRD Loan
51%International Bank for Reconstruction and Development financing at concessional terms (10-year maturity, 2-year grace period)
World Bank Grants
1%Concessional grant funding for capacity building, technical assistance, and safeguards implementation
World Bank Total
52%Government of UP
23%State government counterpart financing covering administrative costs, infrastructure, and institutional development
Private Capital Mobilization
22%Expected leveraging from private sector through clean cooking enterprises, EV charging, and other interventions
Total Program Cost
100%Comprehensive financing including all sources and contingencies
Financing Composition
IBRD Loan
$299.66M
Grants
$5.00M
State
~$136.3M
Private
~$127M
World Bank Program-for-Results Support
Innovative financing mechanism linking disbursements to results
Why Program-for-Results?
- ✓
Outcome Focus
Payment tied to achieving DLIs, not activities
- ✓
Government Ownership
UP leads implementation with flexibility to adapt
- ✓
Performance Incentives
Rewards states that achieve results efficiently
- ✓
Transparency
Results independently verified before payment
Financing Terms
Amount
$299.66M (IBRD) + $5M (Grant)
Maturity
10 years from first disbursement
Grace Period
2 years from first disbursement
Interest Rate
IBRD floating rate (variable)
Disbursement Structure
Front-loaded disbursement
Up to 30% released at loan effectiveness to support program launch
Results-based disbursement
Remaining 70% released upon DLI achievement verification
Quarterly/Semi-annual cycles
Regular review and disbursement schedule over program period
Allocation by Disbursement-Linked Indicator
How $299.66M is distributed across program components
Largest Allocations
- 1.
DSS & Monitoring ($84.35M, 28%)
Foundation for all program decisions
- 2.
Clean Cooking ($51.07M, 17%)
Household transition support
- 3.
Urban Mobility ($47.02M, 15%)
E-bus and e-trike infrastructure
Allocation Rationale
The DSS receives the largest allocation (28%) because accurate air quality data and predictive modeling are fundamental to:
- •Identifying priority pollution sources
- •Tracking progress in real-time
- •Adapting strategies based on results
- •Supporting other sector investments
Program Budget vs. Total Operations Cost
Complete picture of financing needs and sources
World Bank Financing
IBRD Loan
Grants
Total WB
52% of total program cost
Total Program Cost
World Bank
52%
State of UP
23%
Private Sector
22%
Total
Gap Filling
While World Bank financing covers $299.66M (52% of total), the remaining $284.87M comes from state government contributions (~$136.3M) and expected private sector mobilization (~$127M) through clean cooking enterprises, EV charging networks, sustainable agriculture inputs, and industrial efficiency improvements. This multi-source approach demonstrates the shared commitment to achieving clean air outcomes.
Budget Allocation Over Implementation Period
7-year program spanning 2025-2031
Year 1 (2025)
Program launch, DSS setup, capacity building
Year 2 (2026)
Scale-up of interventions, vehicle scrapping begins
Year 3 (2027)
Peak implementation, all sectors active
Year 4 (2028)
Continued full implementation
Year 5 (2029)
Optimization phase, efficiency focus
Year 6 (2030)
Wind-down of major procurements
Year 7 (2031)
Final implementation, monitoring & learning
Budget Timing
Budget allocations are front-loaded in years 2-4 (45% of total) to establish infrastructure, procure vehicles, and transition households. Later years (5-7) have lower spending as systems are operational and maintenance/monitoring costs dominate, demonstrating a realistic implementation curve that accounts for procurement, deployment, and sustainability phases.
Private Sector Mobilization
Expected leveraging through program interventions
Mobilization Opportunities
Clean Cooking Enterprises
Private companies scaling LPG and electric cooking solutions
~$40M expected
EV Charging Infrastructure
Private operators building fast-charge networks for e-buses
~$35M expected
E-Vehicle Manufacturing
Local assembly and production of e-three-wheelers and small vehicles
~$30M expected
Agriculture Services
Input suppliers and equipment vendors for 4R nutrient stewardship
~$15M expected
Industrial Efficiency
Technology and equipment suppliers for brick kiln upgrades
~$7M expected
How It Works
- 1.
Demand Creation
UPCAMPA guarantees demand through household/industrial targets
- 2.
Market Conditions
Government creates enabling policies and regulatory support
- 3.
Private Investment
Companies invest in manufacturing, services, and distribution
- 4.
Scaling & Sustainability
Solutions become self-sustaining through market demand
Total Mobilization
Expected private sector investment across program interventions
Creates jobs, strengthens local industries, ensures program sustainability beyond grant period
Post-Program Financial Viability
Ensuring long-term sustainability beyond World Bank support
Revenue Generation
- •
Vehicle Registration: Increased e-vehicle sales generate revenue through registration fees
- •
Carbon Credits: Clean cooking and transport projects eligible for carbon markets
- •
Industrial Compliance: Industry fees from pollution control compliance
- •
Data Services: Air quality DSS provides monitoring services for fee
Cost Recovery
- •
User Fees: Clean cooking enterprises collect from beneficiaries
- •
EV Infrastructure: Charging operators cover operational costs
- •
State Budget: Recurring operational costs in state budget post-program
- •
O&M Efficiency: Technology reduces long-term monitoring costs
Long-Term Vision
UPCAMPA is designed to establish self-sustaining systems where markets, industries, and technologies can operate independently post-program. Clean cooking, EV charging, and air monitoring systems will be embedded in state budget processes and private sector operations, ensuring continued air quality improvements and environmental benefits indefinitely.