Urban Economics, Finance and Project Appraisal

Introduction and context

Urban and regional planning is not only the allocation of land uses and infrastructure; it is also the management of scarce economic resources. Decisions about transport corridors, housing, industrial estates, regeneration areas, water systems and public spaces alter land values, business costs, household welfare and municipal budgets. A technically attractive plan may fail if it is financially unaffordable, economically inefficient, institutionally weak or socially inequitable.

Urban economics examines how households, firms and public agencies make location and investment decisions within space. Urban finance concerns the revenues, expenditures, borrowing and fiscal institutions required to provide public services. Project appraisal evaluates whether a proposed intervention creates sufficient economic and social value relative to its costs and risks. Together, these fields support evidence-based planning and help distinguish private profitability from public value.

The central professional challenge is that urban projects generate effects beyond their direct users. A new railway may increase accessibility and property values, reduce congestion and emissions, displace lower-income residents, and impose construction costs. Some effects appear in market prices; others do not. Sound appraisal therefore combines market analysis, financial modelling, economic cost–benefit analysis, distributional assessment and governance analysis.

Learning objectives

By the end of this chapter, a learner should be able to:

1. Explain the functioning and limitations of urban land and property markets.

2. Analyse externalities, public goods and market failures relevant to planning.

3. Distinguish financial appraisal from economic cost–benefit analysis.

4. Identify major sources of municipal revenue and infrastructure finance.

5. Explain public–private partnerships and land-value capture instruments.

6. Apply discounted cash-flow, net present value and benefit–cost analysis.

7. Assess feasibility, risk, affordability and distributional impacts.

8. Recommend governance and appraisal practices for complex urban projects.

1. Urban land and property markets

1.1 Land as an economic resource

Land is heterogeneous, immobile and fixed in aggregate supply. Its value depends not only on physical characteristics but also on accessibility, permitted use, infrastructure, environmental quality, tenure security and expectations about future development. Planning regulations can therefore create or remove development value without any change in the physical parcel.

A property is best understood as a bundle of rights: rights to occupy, develop, lease, transfer, mortgage and exclude others. These rights are defined by law and institutions. Weak cadastral systems, uncertain titles or unpredictable approvals increase transaction costs and reduce investment.

1.2 Bid-rent and location

The bid-rent concept explains why different users compete for locations. A household or firm is willing to pay a maximum rent for a site based on the net benefit obtained from that location. Commercial activities requiring high customer access may bid more for central sites, while land-intensive uses may locate farther from the centre where land is cheaper.

A simplified household land-rent relationship can be represented as:

\[

R(x)=Y-T(x)-C,

\]

where \(R(x)\) is the maximum affordable land rent at location \(x\), \(Y\) is income or operating surplus available for the location decision, \(T(x)\) is the generalized cost of travel or access, and \(C\) represents other required costs. The expression is conceptual rather than a complete urban model. It assumes that other preferences, taxes, amenities and risk are held constant. Locations with lower access costs can support higher land rents, although the relationship is modified by zoning, congestion, environmental conditions and agglomeration benefits.

1.3 Agglomeration and accessibility

Agglomeration economies arise when proximity increases productivity or utility. Firms may share suppliers, labour pools, knowledge and infrastructure. Households may benefit from employment opportunities, services and social networks. However, agglomeration can produce congestion, pollution, high rents and overcrowding. Planning must therefore balance concentration benefits against diseconomies.

Accessibility is broader than physical distance. It includes travel time, reliability, monetary cost, safety, digital connectivity and the number and quality of opportunities reachable. Accessibility improvements are capitalized into land prices when markets are functioning and expectations are credible. The resulting increase in land value may reward existing owners, while tenants may face higher rents.

1.4 Property-market failures

Property markets may not produce socially efficient outcomes because of:

• incomplete information about risks, titles or future infrastructure;
• credit constraints and unequal access to finance;
• planning restrictions or speculative withholding of land;
• environmental externalities;
• unequal bargaining power between landlords and tenants;
• historic exclusion and insecure tenure; and
• mismatch between private returns and social benefits.

Market prices are therefore useful evidence but not automatically measures of social value.

2. Externalities, public goods and the planning rationale

An externality occurs when an action affects third parties without that effect being fully reflected in the decision-maker’s costs or benefits. Traffic congestion, air pollution, noise, flood risk and loss of biodiversity are negative externalities. Reduced travel time, network effects and urban regeneration can generate positive externalities.

Public goods are generally non-rival and non-excludable, although urban services often have mixed characteristics. Street lighting is close to a public good; a toll road is excludable; a congested road is rival at peak time. These distinctions influence whether a service is funded through taxation, user charges, regulation or a combination.

The social marginal cost of an activity can be expressed conceptually as:

\[

MSC=MPC+MEC,

\]

where \(MSC\) is marginal social cost, \(MPC\) is marginal private cost and \(MEC\) is marginal external cost. The relationship applies when the external effect can be expressed in comparable cost units. If pollution or health effects are uncertain or non-monetary, the equation remains a framework rather than a directly measurable result.

Policy responses include standards, zoning, congestion pricing, emissions charges, subsidies, public provision, transferable rights and negotiated agreements. Each has administrative, political and distributional consequences. A charge may improve efficiency but burden households with limited alternatives. Regulation may protect vulnerable communities but reduce flexibility. Planning should assess the full policy package rather than assume that one instrument is universally superior.

3. Municipal finance and infrastructure funding

3.1 Municipal expenditure

Municipal expenditure usually includes recurrent services—such as waste management, road maintenance, water operations and public safety—and capital expenditure on infrastructure and facilities. Capital projects also generate future operation, maintenance, renewal and decommissioning costs. A common planning failure is to approve construction funding without securing life-cycle financing.

A life-cycle perspective considers:

\[

LCC=C_0+\sum_{t=1}^{n}\frac{O_t+M_t+R_t}{(1+r)^t},

\]

where \(LCC\) is life-cycle cost, \(C_0\) is initial capital cost, \(O_t\) is operating cost in year \(t\), \(M_t\) is maintenance cost, \(R_t\) is renewal or replacement cost, \(r\) is the discount rate and \(n\) is the appraisal period. Salvage value or residual asset value should be subtracted in the final period when material. Costs must be expressed in consistent prices, and the discount rate must correspond to whether the analysis is nominal or real.

3.2 Revenue sources

Municipal revenues commonly include property taxes, business taxes, user charges, grants, development charges, betterment levies, service fees, fines, asset income and borrowing. Their suitability depends on revenue stability, administrative cost, fairness, legal authority and the relationship between payment and benefit.

Property taxation is relatively immobile and can provide a stable base, but valuation systems may be outdated and low-income owners may face liquidity problems. User charges can promote cost recovery and demand management, but essential services may require lifeline tariffs or subsidies. Intergovernmental transfers can equalize fiscal capacity, although excessive dependence may weaken local accountability.

A fiscally responsible municipality maintains a multi-year capital investment plan linked to a realistic operating budget. It tests debt-service capacity under adverse scenarios and avoids using short-term or volatile revenues to fund permanent commitments.

3.3 Infrastructure funding versus financing

Funding is the ultimate source of repayment, such as taxes, fares, grants or land revenues. Financing is the mechanism used to provide money initially, such as a loan, bond, equity contribution or concession. A project may be financed by debt but funded by future user charges or taxes. Confusing these concepts produces unrealistic business cases.

Borrowing can spread costs across the generations that benefit from a long-lived asset. However, debt creates repayment obligations, interest-rate exposure and refinancing risk. Municipal borrowing should be supported by transparent financial statements, legal authority, credible revenue forecasts and debt limits.

4. Public–private partnerships

A public–private partnership (PPP) is a long-term contractual arrangement in which a private party assumes specified responsibilities for designing, financing, constructing, operating or maintaining a public asset or service, with payment linked to performance and risk allocation.

PPP forms include design–build–finance–operate arrangements, concessions, availability-payment contracts and revenue-risk franchises. A PPP is not automatically privatization and does not create value merely by moving borrowing off a public balance sheet.

A rational PPP assessment asks:

1. Is the project economically justified?

2. Is private participation necessary or advantageous?

3. Can outputs and performance be specified and monitored?

4. Are risks allocated to the party best able to manage them?

5. Is the contract affordable under realistic demand and fiscal scenarios?

6. Can the public authority manage renegotiation and contract failure?

Construction risk may often be managed by a private contractor, while statutory planning risk or broad demand risk may remain more appropriately with the public sector. Transferring a risk to a party unable to control it usually raises the price of the contract rather than reducing the underlying risk.

Value for money should be assessed against a realistic public-sector comparator, including risk-adjusted life-cycle costs. Procurement must be transparent, competitive and protected from conflicts of interest. PPPs can improve delivery discipline, but complex contracts may reduce flexibility, create contingent liabilities and encourage renegotiation.

5. Land-value capture

Public investment and planning decisions can increase private land values. Land-value capture seeks to recover part of this increment to help fund infrastructure or public purposes. Instruments include:

• betterment levies on assessed value increases;
• development impact fees linked to infrastructure requirements;
• inclusionary zoning requiring affordable housing or equivalent contributions;
• special assessment districts;
• sale or lease of publicly owned land;
• development rights auctions or transfers; and
• joint development around transport stations.

The underlying principle is not that every increase is caused by government, but that a demonstrable share may result from public action. Capture design must address the baseline value, timing, valuation method, exemptions, payment capacity and use of proceeds.

Land-value capture is not costless. If charges are excessive, development may become infeasible, land prices may adjust downward, or costs may be passed to purchasers and tenants. The incidence depends on market elasticity, timing and bargaining power. Transparent rules and early publication improve certainty. Revenues should be earmarked where appropriate but should not undermine wider municipal fiscal equalization.

6. Financial and economic project appraisal

6.1 Financial appraisal

Financial appraisal examines the project from the perspective of the implementing entity or investor. It includes actual cash inflows and outflows, taxes where relevant, financing costs, debt service, tariffs, grants and residual values. Its questions include: Can the project pay its bills? Is the return adequate for the investor? Is the public authority exposed to an unaffordable subsidy?

The net present value is:

\[

NPV=\sum_{t=0}^{n}\frac{CF_t}{(1+r)^t},

\]

where \(CF_t\) is net cash flow in period \(t\), \(r\) is the discount rate and \(n\) is the final period. At \(t=0\), the initial investment is normally negative. Under conventional assumptions, a positive NPV indicates that discounted financial inflows exceed discounted outflows at the chosen rate. The discount rate should reflect the relevant opportunity cost of capital and the risk treatment must not be double counted.

The internal rate of return is the discount rate that makes NPV equal to zero. It can be misleading for projects with unconventional cash-flow patterns or mutually exclusive projects of different scale. NPV is generally the stronger decision criterion when the discount rate is defensible.

6.2 Economic cost–benefit analysis

Economic appraisal measures changes in social welfare rather than only the project owner’s cash flow. It includes user benefits, producer effects, environmental impacts, safety, health, time savings, reliability, wider economic effects where justified, and opportunity costs of public resources. Transfer payments such as taxes and subsidies are generally not net social benefits, although their distributional and distortionary effects may matter.

The benefit–cost ratio is:

\[

BCR=\frac{PV(B)}{PV(C)},

\]

where \(PV(B)\) and \(PV(C)\) are the present values of benefits and costs. A BCR greater than one indicates that discounted monetized benefits exceed discounted costs, subject to the quality of valuation and the selected discount rate. BCR should not replace NPV when comparing projects of different scale, because a smaller project can have a higher ratio but a lower absolute net benefit.

The economic net present value is:

\[

ENPV=PV(B)-PV(C).

\]

Financial and economic appraisals differ in perspective, prices and treatment of transfers. Financial analysis may use market prices and actual payments. Economic analysis may use shadow prices to reflect opportunity costs where markets are distorted, and it includes non-market effects where credible valuation is possible.

6.3 Discounting and appraisal periods

Discounting reflects time preference and the opportunity cost of capital. The chosen rate is a policy and methodological judgement, not a physical constant. Public-sector appraisal often uses a social discount rate that may differ from a private investor’s required return. Long-lived climate and infrastructure projects require sensitivity testing because small changes in the rate can substantially alter present values.

The appraisal period should cover the useful life of the asset or a justified standard period. Residual value must be included if benefits continue beyond the appraisal period. Inflation requires consistency: nominal cash flows use a nominal discount rate, while real cash flows use a real rate. Approximate conversion is:

\[

1+r_n=(1+r_r)(1+i),

\]

where \(r_n\) is the nominal rate, \(r_r\) the real rate and \(i\) the inflation rate.

6.4 Valuing major urban benefits

Transport projects frequently value travel-time savings, vehicle operating costs, safety and emissions. Time savings should be based on credible demand and network models, not simply the number of planned users. Property-price increases should not automatically be added as benefits when they capitalize benefits already measured through accessibility; doing so can double count.

Environmental and health effects may be valued using revealed preference, stated preference, avoided-cost, replacement-cost or cost-of-illness methods. Each has limitations. Where monetization is unreliable, multi-criteria analysis can supplement cost–benefit analysis by presenting monetized and non-monetized criteria transparently.

7. Feasibility, risk and distributional impact

A project is feasible only when several dimensions align:

• Technical feasibility: the asset can be designed, constructed and operated safely.
• Legal and institutional feasibility: land, approvals, procurement authority and responsibilities are clear.
• Financial feasibility: funding, cash flow, affordability and fiscal exposure are acceptable.
• Economic feasibility: social benefits justify opportunity costs.
• Environmental feasibility: impacts comply with law and sustainability requirements.
• Social and political feasibility: affected groups are meaningfully engaged and risks are manageable.
• Implementation feasibility: procurement, land acquisition, skills and governance are available.

Risk analysis should distinguish uncertainty, which may be represented through scenarios or probability distributions, from ambiguity, where probabilities are not reliably known. Sensitivity analysis changes one or more assumptions, such as capital cost, demand, tariff, delay or discount rate. Scenario analysis examines coherent combinations, such as high-growth, low-growth and climate-stress futures. Monte Carlo simulation may be appropriate when probability distributions and correlations are defensible; a technically sophisticated simulation does not compensate for poor assumptions.

Distributional analysis asks who gains, who pays, who bears risks and who is excluded. A project may have a positive aggregate NPV while displacing low-income residents or imposing unaffordable tariffs. Appraisal should report effects by income, tenure, gender, age, disability, location and exposure to environmental risk where data permit. Mitigation may include affordable housing, compensation, relocation support, universal design, targeted subsidies, resettlement safeguards and participatory monitoring.

8. An integrated appraisal framework

A robust planning appraisal can proceed through the following sequence:

1. Define the problem, objectives, beneficiaries and counterfactual.

2. Identify feasible options, including demand management and the “do minimum” case.

3. Establish legal, land, technical and institutional constraints.

4. Forecast demand using transparent assumptions and sensitivity tests.

5. Estimate capital, operating, maintenance and renewal costs.

6. Prepare a financial model showing funding, financing, cash flow and fiscal commitments.

7. Conduct economic appraisal, including externalities and opportunity costs.

8. Assess distributional, environmental and climate-resilience effects.

9. Test risks, affordability, procurement options and PPP alternatives.

10. Consult affected stakeholders and disclose key assumptions.

11. Select an option using explicit criteria and document trade-offs.

12. Establish implementation, monitoring and post-completion evaluation.

The counterfactual is especially important. Benefits are changes relative to what would happen without the project, not simply conditions after construction. A realistic “without-project” scenario may include routine maintenance, demographic change and privately initiated development.

9. Illustrative case: a metropolitan bus rapid transit corridor

Background

A metropolitan authority proposes a 20-kilometre bus rapid transit (BRT) corridor connecting a peripheral housing district with a major employment centre. The corridor includes dedicated lanes, stations, pedestrian improvements and integrated ticketing. The authority is considering a PPP for construction and operations, supported by a capital grant and fare revenue.

Problem

The corridor experiences severe peak congestion and unreliable bus services. Low-income households depend heavily on public transport, while land near proposed stations is beginning to experience speculative price increases. The authority must determine whether the project is economically justified, financially affordable and socially fair.

Analysis

The appraisal team first establishes a counterfactual involving continued bus operations, routine road maintenance and modest fleet replacement. It then develops demand scenarios rather than relying on a single forecast. Benefits include passenger travel-time savings, reliability, reduced vehicle operating costs, road-safety improvements and emissions reductions. Construction disruption, land acquisition, operating costs and maintenance are included as costs.

Financial analysis indicates that fares alone cannot cover capital expenditure and full life-cycle costs. This is not evidence that the project lacks economic value; urban public transport commonly produces benefits to non-paying road users and surrounding businesses. However, the funding gap must be explicitly covered by grants, municipal resources, a dedicated levy or another reliable source.

The authority tests station-area land-value capture through a special assessment on qualifying commercial development, while excluding existing low-income households from sudden tax burdens. It also evaluates joint development on publicly owned land. A PPP is considered for design, construction and maintenance, but the authority retains responsibility for fare policy and service integration because these functions have broad social objectives.

Distributional analysis identifies risks of construction-related business disruption and rent increases near stations. The mitigation package includes business-access plans, temporary compensation, affordable-housing requirements on selected public sites, accessible station design, concessionary fares and anti-displacement monitoring.

Approach and outcome

The preferred option is a phased BRT programme rather than immediate construction of the full corridor. The first phase serves the highest-demand segment and includes a review point based on actual ridership, costs and social impacts. The contract uses performance payments linked to vehicle availability, cleanliness, safety and schedule adherence. Demand risk is not transferred entirely to the private operator, since the authority controls network integration and fares.

The project proceeds only after securing a multi-year operating subsidy and establishing an independent monitoring body. The appraisal report presents NPV and BCR results under alternative demand, cost and discount-rate assumptions, alongside a distributional dashboard.

Learning points

The case demonstrates that economic justification, financial viability and PPP suitability are separate questions. It also shows the importance of the counterfactual, life-cycle costs, land-market effects, risk allocation and explicit protection for vulnerable groups. Phasing can preserve flexibility, but it should not be used to conceal an unaffordable long-term commitment.

10. Governance, ethics, technology and contemporary developments

Urban finance decisions involve ethical choices about whose mobility, housing security and environmental quality receive priority. Appraisal can appear objective while embedding assumptions that favour landowners, motorists, formal businesses or high-income users. Professional integrity requires disclosure of assumptions, conflicts of interest, omitted impacts and uncertainty.

Governance safeguards include independent review, public disclosure, audit trails, competitive procurement, anti-corruption controls, accessible consultation and mechanisms for appeal. Land acquisition and resettlement require due process, fair compensation and livelihood restoration where applicable. Value capture must not become a mechanism for arbitrary expropriation or exclusionary redevelopment.

Geospatial information systems, automated valuation models, digital twins and AI can improve parcel analysis, demand forecasting, scenario testing and asset management. Their use requires high-quality data, validation and human oversight. Automated valuation may reproduce historical discrimination if training data reflect unequal transactions. Predictive models should therefore be audited for bias, explainability, privacy and disparate impacts. AI-generated forecasts should be treated as decision support, not as a substitute for professional judgement or public accountability.

Contemporary practice increasingly integrates climate-risk appraisal, resilience, nature-based solutions, circular construction, gender-responsive budgeting and transit-oriented development. Carbon prices, physical climate hazards and stranded-asset risks should be incorporated where policy guidance supports them. Post-implementation evaluation is essential: actual costs, demand, benefits, land prices and distributional effects should be compared with forecasts, and lessons should inform future projects.

Best-practice checklist

A high-quality urban project appraisal should:

• define a credible counterfactual;
• separate financial, economic and distributional analysis;
• include full life-cycle costs;
• use consistent real or nominal prices and discount rates;
• test demand, cost, delay and climate scenarios;
• avoid double counting land-value and accessibility benefits;
• explain who gains, who pays and who bears risk;
• demonstrate funding, not merely financing;
• allocate risks to parties able to manage them;
• disclose assumptions, uncertainty and conflicts of interest; and
• include monitoring, evaluation and adaptive management.

Chapter Summary

Urban economics explains how accessibility, land-use regulation, agglomeration and expectations influence land and property values. Markets are valuable sources of information but may fail because of externalities, incomplete information, unequal bargaining power and public-good characteristics. Municipal finance links recurrent services and capital investment to taxes, user charges, transfers, land-based revenues and borrowing. Funding must be distinguished from financing, and life-cycle affordability must be demonstrated.

PPPs can improve delivery when outputs are measurable and risks are allocated appropriately, but they do not eliminate public costs or accountability. Land-value capture can recover part of the value created by public action, provided that valuation, incidence, affordability and legal safeguards are addressed.

Financial appraisal evaluates investor or authority cash flows, while economic appraisal evaluates social costs and benefits. NPV, BCR, life-cycle costing, sensitivity analysis and scenario analysis are useful tools, but their results depend on the counterfactual, data, discount rate, valuation methods and treatment of externalities. A complete appraisal also examines technical, institutional, environmental, social, distributional and ethical dimensions. Contemporary practice increasingly uses geospatial and AI tools, but transparency, bias control and professional judgement remain essential.

Key Terms

Externality: An effect of an activity on third parties that is not fully reflected in the decision-maker’s costs or benefits.

Agglomeration economy: Productivity or welfare benefit arising from the concentration and proximity of activities.

Accessibility: The ease with which people can reach opportunities, services and destinations.

Bid-rent: The maximum rent a user is willing to pay for a location.

Public good: A good that is generally non-rival and non-excludable.

Marginal social cost: Private marginal cost plus the marginal external cost imposed on others.

Municipal finance: The revenue, expenditure, budgeting and borrowing system of a local authority.

Life-cycle cost: The discounted total of acquisition, operation, maintenance, renewal and other relevant costs over an asset’s life.

Funding: The ultimate revenue source used to pay for a project.

Financing: The mechanism that provides capital before revenues are received.

Public–private partnership: A long-term public contract assigning specified project responsibilities and risks to a private party.

Land-value capture: Recovery of part of a land-value increase associated with public investment or planning decisions.

Financial appraisal: Assessment of project cash flows from the perspective of an investor or implementing entity.

Economic appraisal: Assessment of a project’s effects on overall social welfare.

Net present value: Discounted benefits or cash inflows minus discounted costs or outflows.

Benefit–cost ratio: Present value of benefits divided by present value of costs.

Counterfactual: The conditions expected in the absence of the proposed intervention.

Sensitivity analysis: Testing how results change when selected assumptions vary.

Distributional impact: The pattern of project gains, costs and risks across social or economic groups.

Shadow price: An estimated economic value reflecting opportunity cost where market prices are distorted or absent.

Review Questions

Short Answer Questions

1. Why are market land values not always reliable measures of social value?

2. Distinguish infrastructure funding from infrastructure financing.

3. What is the purpose of a counterfactual in project appraisal?

4. State two potential advantages and two risks of a PPP.

5. Why should life-cycle costs be included in municipal investment decisions?

Long Answer Questions

1. Explain how accessibility, agglomeration and planning regulation influence urban land values.

2. Compare financial appraisal with economic cost–benefit analysis, including their treatment of transfers and externalities.

3. Discuss the design principles, benefits and limitations of land-value capture.

4. Explain how a municipality should assess the affordability and risk of a major infrastructure project.

5. Evaluate the ethical and governance issues involved in using AI and automated valuation in urban planning.

Analytical / Application Questions

1. A proposed transit corridor has positive economic benefits but cannot cover operating costs through fares. Explain how the authority should decide whether to proceed and identify possible funding sources.

2. A station-area project increases land values but displaces tenants and small businesses. Design a distributional assessment and mitigation package.

3. Compare a conventional public procurement model with a PPP for a complex urban transport project. Recommend a procurement approach and justify the risk allocation.

Multiple Choice Questions with Answers

Question 1

Which statement best distinguishes funding from financing?

A. Funding is the initial loan, while financing is the tax revenue used for repayment.

B. Funding is the ultimate source of repayment, while financing is the mechanism that provides capital initially.

C. Funding applies only to private projects, while financing applies only to public projects.

D. Funding and financing are identical terms in infrastructure appraisal.

Correct Answer: B. Funding is the ultimate source of repayment, while financing is the mechanism that provides capital initially.

Question 2

If marginal private cost is 12 units and marginal external cost is 5 units, the marginal social cost is:

A. 7 units

B. 12 units

C. 17 units

D. 60 units

Correct Answer: C. 17 units

Question 3

A positive financial NPV most directly indicates that:

A. The project has no environmental impacts.

B. Discounted financial inflows exceed discounted financial outflows at the selected rate.

C. The project is necessarily equitable.

D. The project requires no public subsidy.

Correct Answer: B. Discounted financial inflows exceed discounted financial outflows at the selected rate.

Question 4

What is the principal purpose of a counterfactual?

A. To estimate construction quantities after completion.

B. To compare project outcomes with what would happen without the intervention.

C. To calculate only the private investor’s return.

D. To determine the legal ownership of land.

Correct Answer: B. To compare project outcomes with what would happen without the intervention.

Question 5

Which item is generally included as a social benefit in economic appraisal but may not appear as project revenue?

A. Construction contractor’s invoice

B. Debt principal repayment

C. Passenger travel-time savings

D. Loan arrangement fee

Correct Answer: C. Passenger travel-time savings

Question 6

A project has a present value of benefits of 180 million and present value of costs of 150 million. Its benefit–cost ratio is:

A. 0.83

B. 1.20

C. 30.00

D. 330.00

Correct Answer: B. 1.20

Question 7

Which risk-allocation principle is most appropriate in a PPP?

A. All risks should be transferred to the private party.

B. Risks should be allocated to the party best able to manage them.

C. Demand risk should always be allocated to government.

D. No risks should be specified contractually.

Correct Answer: B. Risks should be allocated to the party best able to manage them.

Question 8

Which practice helps avoid double counting in transport appraisal?

A. Adding property-price increases to accessibility benefits without review.

B. Using both nominal cash flows and a real discount rate.

C. Checking whether land-value gains already capitalize measured accessibility benefits.

D. Excluding operation and maintenance costs.

Correct Answer: C. Checking whether land-value gains already capitalize measured accessibility benefits.

Question 9

Which instrument seeks to recover part of a publicly created increase in land value?

A. Betterment levy

B. Vehicle depreciation allowance

C. Private mortgage insurance

D. Operating permit unrelated to land value

Correct Answer: A. Betterment levy

Question 10

Why is NPV often preferred to IRR when comparing mutually exclusive projects of different scale?

A. NPV does not require a discount rate.

B. IRR cannot be calculated for any infrastructure project.

C. NPV measures absolute discounted value and is less misleading about project scale.

D. NPV excludes all project risks automatically.

Correct Answer: C. NPV measures absolute discounted value and is less misleading about project scale.