Beyond Privatization

Alternative Governance Models & Financial Comparison for Municipal Infrastructure
Research Report | Date: February 24, 2026 | Category: Municipal Finance & Infrastructure Policy

Executive Summary

Privatization and public-private partnerships are not the only path to better infrastructure outcomes. This companion report to Unlocking Municipal Value examines the full spectrum of alternative governance models—from electric cooperatives serving 42 million Americans to special economic zones employing 90+ million people worldwide—and provides a rigorous financial comparison of public, private, and cooperative delivery.

The evidence shows that private delivery produces 40–60% higher total financing costs over 30 years, and the 15–25% efficiency threshold required to justify that premium is met in only a minority of cases. Cooperatives, special districts, commons-based governance, and social enterprises offer proven alternatives that eliminate the cost-of-capital penalty while maintaining or improving service quality. Municipal leaders benefit from understanding the full spectrum before committing to any single strategy.

1. Cooperative & Community-Owned Models

Cooperative infrastructure is not a fringe experiment—it operates at massive national scale. The cooperative model replaces shareholder profit extraction with member-owned, cost-of-service governance.

Electric Cooperatives

Scale: Approximately 832 distribution cooperatives serve 42 million Americans across 56% of the US landmass. Collective annual revenue exceeds $50 billion. Members received an estimated $1.6 billion in capital credit returns in a single recent year.

Rural electric cooperatives (RECs) are member-owned, not-for-profit entities governed by one-member, one-vote elections. They operate on a cost-of-service basis, eliminating the 8–12% return on equity extracted by investor-owned utilities. Net margins are returned to members as capital credits on a 15–25 year rotation. Pedernales Electric Cooperative (Texas), the largest US distribution co-op, serves over 370,000 meters with approximately $1.5 billion in annual revenue. Basin Electric Power Cooperative (North Dakota) serves 3 million consumers across 9 states at $2.0–2.3 billion in annual revenue.

The tradeoff: co-ops serving low-density rural territory average approximately 8 consumers per mile of line versus 34 for IOUs, which raises per-unit distribution costs. Despite this structural headwind, the cooperative model has proven remarkably durable—RECs have operated continuously since the 1930s Rural Electrification Act.

Community Broadband

Scale: Over 900 communities operate publicly or cooperatively owned broadband networks (Institute for Local Self-Reliance). Multiple electric cooperatives have expanded into fiber, leveraging existing poles, rights-of-way, and billing systems.

RS Fiber Cooperative (Minnesota) is a national model for rural cooperative broadband—member-owned, serving approximately 6,500 connections across 700 square miles, financed through USDA loans and member equity. UTOPIA Fiber (Utah) demonstrates the open-access variant: a municipal interlocal agency owns the fiber network while 10+ private ISPs compete to deliver service, covering 11 cities and 120,000+ premises passed. Electric cooperatives like Co-Mo Connect (Missouri, 10,000+ subscribers) and DMEA/Elevate Fiber (Colorado, 10,000+ subscribers) leverage existing infrastructure to deliver gigabit service.

Community Land Trusts

Over 280 community land trusts (CLTs) operate in the US (Grounded Solutions Network). CLTs separate ownership of land (held in perpetual trust) from buildings (owned by residents), using resale restriction formulas to preserve affordability across generations. The Champlain Housing Trust (Burlington, VT)—the largest US CLT—stewards over 2,800 housing units with an approximately $25–30 million annual budget. CLT homeowners experienced foreclosure rates roughly 10 times lower than the conventional market during the 2008–2010 crisis (0.46% vs. 3.3% for conventional prime loans, per Lincoln Institute of Land Policy).

CDFIs & Community Capital

Over 1,400 certified Community Development Financial Institutions collectively manage $450+ billion in assets, channeling private capital into low-income community infrastructure. The New Markets Tax Credit program alone has delivered over $100 billion in project financing since 2000. LISC has invested over $29 billion since 1979. These institutions demonstrate that community-controlled capital formation for infrastructure is viable at scale.

2. Special Districts & Developer-Led Governance

Between full public and full private governance lies a spectrum of special-purpose districts that create dedicated revenue streams and governance structures for infrastructure delivery.

Community Development Districts (CDDs)

Scale: Florida alone has 750+ active CDDs with an estimated $10–15+ billion in outstanding bond debt. CDDs fund roads, stormwater, water/sewer, parks, and landscaping through tax-exempt special assessment bonds, typically adding $1,500–$5,000+ per year to each household’s tax bill.

CDDs are independent special-purpose units of government under Florida Statutes Chapter 190 (1980). They solve a real problem—how to finance infrastructure in new developments without burdening existing taxpayers—but carry significant governance risks. During the build-out phase, CDDs are governed by developer-appointed boards on a one-acre, one-vote basis. Developers create the district, award construction contracts (sometimes to their own subsidiaries), and set long-term bond obligations before any residents can vote. Transition to resident-elected governance occurs only after sufficient registered voters reside in the district, typically 6+ years. Multiple CDDs established during the mid-2000s housing boom defaulted on bonds after the 2008 financial crisis.

Business Improvement Districts (BIDs)

An estimated 1,000–1,200+ BIDs operate in the US, collectively generating $500 million to $1 billion+ in annual assessments (International Downtown Association). BIDs fund sanitation, public safety, streetscape improvements, and marketing through additional assessments on commercial properties within defined geographic areas. The Times Square Alliance (NYC, est. 1992) operates on a ~$20 million annual budget; the Center City District (Philadelphia) exceeds $20 million. BIDs are reauthorized periodically (every 5–10 years) by assessed property owners. The core criticism: they create quasi-governmental bodies with taxing authority but limited democratic accountability, and wealthier districts get superior services while poorer neighborhoods do not.

The Reedy Creek Precedent

Case Study: The Central Florida Tourism Oversight District (formerly Reedy Creek Improvement District) was created in 1967 at Walt Disney’s request, encompassing 25,000 acres with powers to issue tax-exempt bonds (~$1 billion outstanding), build its own roads and utilities, operate fire protection, and set its own building codes. Disney controlled the 5-member board through land ownership. In 2022, after Disney publicly opposed Florida legislation, the state restructured the district—renaming it, replacing the board with governor-appointed members, and sparking litigation over development agreements and bondholder protections. The episode demonstrates both the power and fragility of developer-controlled special districts.

Tax Increment Financing (TIF)

TIF districts exist in 49 states plus DC (Arizona is the exception), capturing property tax growth to fund infrastructure. Illinois alone has over 1,300 TIF districts; Chicago’s ~130 TIFs captured approximately $660 million+ in property tax revenue in 2019. New York’s Hudson Yards used a TIF variant (PILOT bonds) to issue approximately $3 billion in bonds. The persistent criticism: TIF diverts revenue from schools and general services, and the “but for” test—proving development would not occur without the incentive—is frequently stretched beyond credibility.

HOA-Managed Infrastructure

An estimated 365,000+ homeowner associations govern approximately 74–75 million residents (53% of US owner-occupied housing), collecting over $100 billion per year in assessments (Community Associations Institute). HOAs manage private roads, stormwater systems, utilities, parks, and security—infrastructure that would otherwise be municipal responsibility. The Surfside condominium collapse (June 2021, 98 deaths) exposed the systemic risk of deferred maintenance in HOA-governed buildings and led to Florida legislation requiring mandatory structural inspections and reserve studies.

3. Theoretical Frameworks

Polycentric Governance (Ostrom)

Key Insight: Elinor Ostrom’s Nobel Prize–winning work (2009) demonstrated that communities can successfully self-govern shared resources without privatization or centralized state control. Her 8 design principles—clear boundaries, congruent rules, collective-choice arrangements, monitoring, graduated sanctions, conflict resolution, recognized rights to organize, and nested enterprises—provide a practical blueprint for infrastructure governance.

Ostrom’s studies of Los Angeles groundwater basins showed that multiple overlapping water agencies—rather than a single metropolitan authority—successfully managed shared aquifers through negotiated rules and graduated enforcement. This “polycentric” model, with autonomous but interacting governance units at multiple scales, directly challenges the assumption that efficient infrastructure delivery requires either centralized public control or market privatization. Her framework has been validated across 91 studies covering irrigation, fisheries, forests, and urban commons worldwide.

The Evolution of New Public Management

The New Public Management movement that began in the 1980s (UK, New Zealand, Australia) brought private-sector principles—performance metrics, competitive tendering, corporatization—into public services. NPM provided the intellectual foundation for PPPs and infrastructure privatization. However, after three decades, the evidence is mixed: a comprehensive assessment by Hood & Dixon (2015) found that UK government after 30 years of NPM reform neither cost less nor worked demonstrably better. The field has evolved toward “post-NPM” models emphasizing collaborative governance, public value management, and networked multi-stakeholder approaches—moving closer to Ostrom’s polycentric vision than to pure market mechanisms.

Subsidiarity & Fiscal Federalism

The subsidiarity principle—governance at the most local level capable of effective action—is enshrined in the EU Treaty of Maastricht (1992) and formalized in economics by Wallace Oates’s decentralization theorem (1972): welfare is always at least as high with local provision absent spillovers or scale economies. For infrastructure, this suggests different governance levels for different asset classes: local for street maintenance and parks; regional for watersheds and transit; national for interstate highways and spectrum allocation. The unresolved tension: purely local provision can entrench geographic inequality, as wealthier areas get better infrastructure.

4. Experimental Models

Special Economic Zones

Approximately 5,000–5,400+ SEZs operate across 147 countries (UNCTAD), employing an estimated 90–100+ million people. Shenzhen—designated as China’s first SEZ in 1980 when it was a fishing village of ~30,000—grew to 17–18 million people with a GDP exceeding $500 billion, demonstrating that governance autonomy can accelerate infrastructure delivery by cutting bureaucratic processes. However, the SEZ model has failed frequently in Sub-Saharan Africa and elsewhere, where zones sit idle without the institutional capacity to attract investment.

Charter Cities & Proprietary Cities

Paul Romer’s charter city concept (2009)—creating new jurisdictions with imported governance rules—was tested in Honduras through ZEDEs (Zones of Employment and Economic Development). Próspera on Roatán adopted its own tax code, regulatory framework, and dispute resolution. After Honduras repealed the ZEDE law in 2022, Próspera filed an ICSID arbitration claim for approximately $10.775 billion against one of the Western Hemisphere’s poorest countries. Historical company towns (Pullman, 1880; Hershey, 1903) and modern mega-projects (NEOM, Saudi Arabia, $500 billion planned; Eko Atlantic, Lagos, 10 km² reclaimed) illustrate both the infrastructure acceleration possible under private governance and the democratic accountability deficit that accompanies it.

Arcology & Dense Infrastructure

Paolo Soleri’s arcology concept (1969) makes the most explicit case that density dramatically reduces per-capita infrastructure costs. A sprawling suburb may require 50–100 linear feet of road, sewer, and utility infrastructure per resident; a compact structure reduces this by an order of magnitude through shared mechanical systems and pedestrian circulation. Arcosanti (Arizona, construction began 1970) remains the only arcology prototype ever built, though only 3–5% of Soleri’s design has been constructed. The underlying principle—that infrastructure efficiency scales with density—aligns directly with the Strong Towns argument against low-density sprawl.

5. Governance Model Comparison

Model Democratic Accountability Infrastructure Efficiency Capital Access Equity Protections Proven at Scale
Traditional Municipal High Variable Low-cost munis Strong Yes
Cooperative / Member-Owned High (1:1 vote) Good Moderate Strong Yes (42M served)
PPP / Concession Contract-based High (operational) Deep markets Requires safeguards Yes
Special District (CDD/BID) Limited initially Targeted Tax-exempt bonds Variable Yes
Social Enterprise / Benefit Corp Mission-locked Good Constrained Built-in Emerging
Charter City / SEZ Low High (speed) Deep Minimal Mixed
Polycentric / Commons High (participatory) Context-dependent Limited Strong Niche proven

6. Financial Comparison: Public vs. Private vs. Cooperative

The decision between governance models is ultimately a financial question: does private operational efficiency offset the higher cost of capital? The empirical evidence provides a nuanced answer.

The Cost-of-Capital Gap

Core Finding: Tax-exempt municipal bonds typically yield 3–5%, while private infrastructure funds target 8–15% IRR (blended WACC of 6–9%). Over a 30-year asset life, this differential produces 40–60% higher total financing costs under private delivery (CBO, 2012). The GAO found that net present value of PPP payments frequently exceeded traditional procurement by 10–30%, driven primarily by this gap.

The Efficiency Threshold

The OECD (2008, 2012) concluded that PPPs deliver value for money only when efficiency gains and risk transfer together exceed the higher financing costs. Their analysis estimated that a private operator needs to deliver 15–25% in total lifecycle cost savings to offset the cost-of-capital premium—a threshold met in only a minority of cases. Approximately 50% of PPP projects across OECD member countries did not clearly demonstrate value for money versus a well-managed public sector comparator.

Where efficiency gains are strongest:

  • Construction delivery: Private delivery (design-build or DBFOM) shows 5–10% construction cost savings from integration and schedule compression. Australian data (Allen Consulting, 2007) found PPPs had average cost overruns of 1.0% vs. 14.8% for traditional, and time overruns of 3.4% vs. 23.5%—though this study has been criticized for selection bias.
  • Operations in competitive sectors: 10–20% operating cost savings in waste management and some transit; negligible in natural monopolies (water, sewer) where competition is absent.
  • Revenue optimization: Airport privatization has been shown to increase income by 108%, driven by non-aeronautical revenue. Parking operators achieve higher yields through dynamic pricing and technology.

Transaction Costs

Cost Category Traditional Procurement PPP / Concession
Advisory & legal fees 0.5–1.5% of project value 2–5% of project value
Public-side bid preparation $1–5M $5–15M
Private-side bid costs (per bidder) N/A $5–20M (recovered through pricing)
Annual contract monitoring Minimal (internal) 1–3% of annual payments
Renegotiation costs Rare 5–10% of contract value (50%+ of concessions renegotiated within 3 years in Latin America)

Rate Impacts by Asset Class

Water & Wastewater: Privately operated water systems charge rates approximately 33–59% higher than comparable publicly operated systems (Food & Water Watch, 2016). Average annual rate increases of 5–7% for private vs. 3–4% for public—roughly 2–3x general inflation. Atlanta’s 1999 water privatization was reversed in 2003 after service quality failures. Indianapolis saw rates increase ~30% in 5 years.
Parking: The Chicago parking meter deal saw rates increase from $0.25/hour to $2.00–$6.50/hour within 5 years—a 10–25x increase depending on zone. Rate escalation formulas typically peg increases to the greater of CPI or a fixed escalator (2.5–5%), creating compounding effects over long terms.
Toll Roads: Rates under private concessions typically escalate at CPI or CPI + 1–2%. The Indiana Toll Road saw tolls double within 5 years. Australian toll roads showed 3–4% annual escalation regardless of CPI.

The UK PFI Track Record

The Largest PPP Program Ever: The UK’s Private Finance Initiative (1992–2018) encompassed over 700 projects worth GBP 60+ billion. PFI projects were slightly more likely to be delivered on time (69% vs. 65%) and on budget (65% vs. 54%) during construction. However, total PFI liabilities exceeded GBP 300 billion for GBP 55 billion in assets—a 5.5:1 ratio reflecting financing costs. The collapse of Carillion (January 2018, GBP 7 billion in liabilities) demonstrated that risk transfer is only as reliable as the contractor’s solvency. The UK Treasury abandoned PFI in October 2018, citing poor value for money.

The Discount Rate Problem

The single most consequential—and most manipulable—parameter in PPP value-for-money assessments is the discount rate. A 2% shift (e.g., 6% to 8%) can swing a value-for-money assessment by 15–25% on a 30-year project—often enough to change the procurement decision. The UK National Audit Office found that approximately one-third of PFI projects had value-for-money margins of less than 5%, meaning the decision was effectively determined by discount rate assumptions rather than genuine efficiency differences. The emerging consensus (Engel, Fischer & Galetovic, The Economics of Public-Private Partnerships, Cambridge 2014): PPP assessments should use the government’s cost of borrowing as the base rate, with risk priced explicitly and separately.

Comparative Summary

Metric Public / Municipal Private / PPP Source
Cost of capital 3–5% (tax-exempt) 8–15% IRR; 6–9% WACC CBO 2012, GAO-08-44
Lifecycle financing premium Baseline +40–60% over 30 years CBO analysis
Construction on-time 65% 69% UK NAO PFI reviews
Construction on-budget 54% 65% UK NAO PFI reviews
Operating efficiency gap needed — 15–25% to break even OECD 2008, 2012
Water rate premium Baseline +33–59% Food & Water Watch 2016
Concession renegotiation rate N/A 50%+ within 3 years Guasch / World Bank 2004
UK PFI liability-to-asset ratio — 5.5:1 UK Treasury Committee 2012

7. Implications & Recommendations

  • Privatization is not the only path. Cooperative models serve 42 million Americans through electric co-ops alone. CDFIs manage $450+ billion in community assets. The 15–25% efficiency threshold required to justify private operation is met in only a minority of cases.
  • The cost-of-capital gap is real. Private delivery produces 40–60% higher total financing costs over 30 years. The UK abandoned PFI after GBP 300 billion in liabilities for GBP 55 billion in assets.
  • Governance determines outcomes more than ownership structure. Ostrom’s design principles—clear boundaries, local participation, monitoring, graduated sanctions—apply regardless of whether an asset is publicly, privately, or cooperatively managed.
  • Match the model to the asset class. Cooperatives and open-access platforms work well for broadband and energy. Special districts suit new development infrastructure. PPPs add value in revenue-rich assets (airports, parking) where non-core revenue optimization justifies the financing premium.

Recommendations

  1. Evaluate cooperative and community-owned alternatives before committing to privatization. Assess whether cooperative, special district, or social enterprise models can achieve the desired outcomes without the cost-of-capital penalty.
  2. Apply Ostrom’s design principles. Regardless of governance model, successful infrastructure governance requires clear boundaries, local participation in rule-making, monitoring by accountable parties, graduated sanctions, and conflict resolution mechanisms.
  3. Demand independent value-for-money analysis that uses the government’s cost of borrowing as the discount rate, with risk priced explicitly and separately. Reject analyses that use private discount rates to mechanically favor PPP delivery.
  4. Start with proven models at appropriate scale. Dark fiber leasing, community broadband cooperatives, and BIDs offer low-risk entry points. Reserve large-scale PPPs for asset classes with demonstrated efficiency gains and strong competitive bidding environments.
  5. Align with Strong Towns principles. Focus on generating more return from existing assets before building new ones. Prioritize incremental, reversible investments. Density reduces per-capita infrastructure costs—governance models that enable compact development create structural fiscal advantages.

For a comprehensive treatment of privatization strategies, revenue models, and case studies, see the companion report: Unlocking Municipal Value: Infrastructure Privatization as a Revenue Strategy.

8. Appendix: Citations & Sources

Cooperative & Community-Owned Models

Special Districts & Developer-Led Governance

Governance Theory

  • Ostrom, E. (1990). Governing the Commons: The Evolution of Institutions for Collective Action. Cambridge University Press.
  • Ostrom, E. (2010). “Beyond Markets and States: Polycentric Governance of Complex Economic Systems.” American Economic Review, 100(3), 641–672. (Nobel Prize lecture)
  • Hood, C. (1991). “A Public Management for All Seasons?” Public Administration, 69(1), 3–19.
  • Hood, C. & Dixon, R. (2015). A Government that Worked Better and Cost Less? Oxford University Press.
  • Foster, S.R. & Iaione, C. (2016). “The City as a Commons.” Yale Law & Policy Review, 34(2), 281–349.
  • Oates, W.E. (1972). Fiscal Federalism. Harcourt Brace.

Financial Comparison & Value for Money

  • CBO — Using Public-Private Partnerships to Carry Out Highway Projects (2012): cbo.gov/publication/56044 (opens in new tab)
  • GAO-08-44 — Highway Public-Private Partnerships (2008): gao.gov/products/gao-08-44 (opens in new tab)
  • GAO-12-75 — Highway PPPs: More Rigorous Up-front Analysis (2012): gao.gov/products/gao-12-75 (opens in new tab)
  • OECD — Public-Private Partnerships: In Pursuit of Risk Sharing and Value for Money (2008)
  • Guasch, J. Luis — Granting and Renegotiating Infrastructure Concessions. World Bank (2004).
  • Engel, Fischer & Galetovic — The Economics of Public-Private Partnerships. Cambridge University Press (2014).
  • UK National Audit Office — Lessons from PFI and Other Projects, HC 920 (2011)
  • UK House of Commons Treasury Committee — Private Finance Initiative, 17th Report (2011–12)
  • Food & Water Watch — The State of Public Water in the United States (2016): foodandwaterwatch.org (opens in new tab)
  • Allen Consulting Group / University of Melbourne — Performance of PPPs and Traditional Procurement in Australia (2007)
  • Grattan Institute — Megabang for Megabucks (2020): grattan.edu.au (opens in new tab)

Experimental Governance Models

  • UNCTAD — World Investment Report: Special Economic Zones data
  • Charter Cities Institute: chartercitiesinstitute.org (opens in new tab)
  • Soleri, P. (1969). Arcology: The City in the Image of Man. MIT Press.
  • Srinivasan, B. (2022). The Network State: How To Start a New Country.