2014年-世界发展银行全球_Running_Water_in_Indias_Cities___A_Review_of_Five_Recent_Public-Private_Partnership_Initiatives_72页_1mb
报告摘要
Summary of "Running Water in India's Cities: A Review of Five Recent Public-Private Partnership Initiatives"
Core Content
This report by the Water and Sanitation Program (WSP) evaluates five recent public-private partnership (PPP) initiatives in India's urban water supply sector. It highlights the challenges and opportunities in implementing PPPs for improving water services in cities. The report provides insights into the structure, performance, and management of these projects, offering lessons for future PPP initiatives in the water sector.
Main Points
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Context of Water Supply in India:
India has over 370 million urban residents. Despite relatively high per capita water availability (90–120 liters per day), most cities lack continuous water supply and suffer from weak service efficiency. Nonrevenue water (NRW) is high, averaging over 40 percent, and cost recovery is low, typically between 30–60 percent. The public sector has historically managed water supply, but its inefficiencies and lack of accountability have led to the exploration of PPPs. -
PPP Initiatives in India:
PPPs have been introduced to address service delivery and operational efficiency issues. While the focus has shifted from bulk water augmentation to distribution and service delivery, the success of these projects depends on the structure of contracts and the design of the PPP framework. -
Five Case Studies:
The report analyzes five cities—Khandwa, Nagpur, Latur, Aurangabad, and Mysore—which have implemented PPPs in water supply. These projects vary in their mandates, durations, and revenue models. They rely heavily on public funding and have limited private investment in some cases.
Key Findings
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Project Focus and Objectives:
The shift from bulk water to distribution has been a key development in PPPs. However, the success of these projects is tied to their design and implementation. Objectives such as continuous supply, equitable distribution, and universal coverage are central to the rationale for PPPs in these cities. -
Challenges in Implementation:
- Poor Data and Infrastructure Assessment: Many projects were based on inadequate data, leading to underestimation of rehabilitation needs and insufficient funding.
- Inefficient Capital Use: Projects have not optimized capital investment, with a focus on rehabilitation rather than replacement.
- Weak Contractual Design: Most contracts lack strong incentives for performance, and consequences for not meeting targets are weak or unrealistic.
- Institutional Fragmentation: In some cities, responsibilities are split between parastatals and city authorities, creating misalignment and weak PPP implementation.
- Employee Transition Issues: Public sector employees often resist transitioning to private operators due to lack of alignment in incentives and loyalty.
- Lack of Risk Sharing and Contingency Planning: Projects have not included adequate risk-sharing mechanisms or contingency funds, making them vulnerable to delays and changes in scope.
- Weak Communication and Stakeholder Engagement: There is little engagement with stakeholders, and communication strategies are absent, which may undermine public support and political consensus.
Key Lessons and Recommendations
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Need for Better Data and Project Preparation: Accurate data on infrastructure and performance is essential for effective PPP design. Operators should be incentivized to improve data collection and project readiness.
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Balanced Risk Allocation: Contracts should include standard clauses for managing risks such as changes in law, tariff escalation, and termination. This can increase bidder participation and project viability.
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Financial Sustainability: While public funding helps reduce initial costs, PPPs must be part of a broader strategy for long-term financial sustainability. Cities should ensure that operators are incentivized to maintain financial viability.
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Stakeholder Communication: Early and effective communication is crucial for building support and trust. It can mitigate political, social, and commercial risks and improve project outcomes.
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Institutional Alignment: Clear institutional mechanisms are needed to monitor private sector performance and ensure alignment between different agencies involved in water supply.
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Incentive Structures: Contracts should provide clear incentives for both operators and employees to ensure alignment with project goals and promote service delivery improvements.
Conclusion
The five PPP projects in India represent important steps toward more sustainable and customer-responsive water supply services. However, they face significant challenges related to data quality, financial sustainability, and institutional coordination. The report emphasizes the need for improved project preparation, better risk management, and stronger stakeholder engagement to ensure the success of future PPP initiatives in the water sector.
Appendices and References
- The report includes Appendix: City Project Sheets, providing detailed information on each case study.
- Endnotes and Bibliography are also provided for further reference and validation of findings.
Abbreviations and Acronyms
- UIG: Urban Infrastructure and Governance
- UIDSSMT: Urban Infrastructure Development Scheme for Small and Medium Towns
- NRW: Nonrevenue Water
- PPP: Public-Private Partnership
- BOT: Build-Operate-Transfer
- O&M: Operations and Maintenance
- SPML: Subhash Projects and Marketing Limited
- JNNURM: Jawaharlal Nehru National Urban Renewal Mission
Table 1.1: Summary of Five Case Studies
| City | Population (millions) | Mandate | Duration (years) | Bid Parameter | Operator | Private Investment | Government Grant | Revenue Model | Contract Signed | Contract Management | Current Status |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Nagpur | 2.5 | Rehabilitation + operations | 25 | Lowest bid price | Veolia & Vishwaraj | 30% | UIG (70%) | Fee/kl | Late 2011 | City | WS system handed over |
| Aurangabad | 1.2 | Bulk + reconstruction + operations | 20 | Least annual subsidy | Essel-SPML | 50% | UIDSSMT + State | Tariff + annual subsidy | 2011 | City | Preparatory phase: WS system yet to be handed over |
| Mysore | 1.0 | Reconstruction + operations | 6 | Least rehabilitation cost and fee | JUSCO | Nil | UIG (90%) | Management fee | Mid-2009 | Parastatal | Rehab, O&M in progress |
| Latur | 0.38 | Operations + select rectification | 10 | Highest payment to state entity | SPML | Nil | Nil | Tariff | 2008 | Parastatal | Under suspension |
| Khandwa | 0.2 | Bulk + reconstruction + operations | 25 | Least end user tariff | Vishwa | 10% | UIDSSMT (90%) | Tariff | Late 2009 | City | Construction in progress |
Implications for Future PPPs
- Market Appetite: While the market for PPPs is strong, inadequate project preparation, poor risk management, and weak prequalification standards have limited participation.
- Need for Standardization: A standard approach to prequalification and risk management could enhance the predictability and attractiveness of PPPs for both domestic and international bidders.
- Long-Term Focus: PPPs should not only aim for service delivery improvements but also ensure financial sustainability and long-term viability of water supply functions.
This report serves as a critical reference for policymakers, practitioners, and stakeholders involved in the development and implementation of water supply PPPs in India.
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