Basic Services

Chapter profile

The preceding chapter closed the digital infrastructure question with a clear principle: the internet can make services observable, requestable and trackable, but it cannot replace pipes, treatment plants, sanitation workers or healthy neighbourhoods. This chapter moves from “How does information arrive?” to “What must physically reach people every day?” Digital infrastructure is a measurement and operating tool here, not a substitute for service.

This transition also establishes methodological boundaries. Chapter Three of this door addressed water security at the resource and strategic-management level. Chapter Four covered transport, cities, planning, housing and the relationship between place and work. This chapter stands at the point of use: does water arrive with the required quality and continuity? Where does wastewater go? Is waste collected and treated? Can the municipality identify and respond to faults? Does this chain reduce risks of disease, pollution and unequal quality of life?

1. Executive summary

Basic services are the most direct test of the state’s ability to become tangible in people’s lives. Citizens may hear about a large budget or strategic project, but daily trust is also shaped by water arriving at reasonable quality and pressure, streets free of sewage flooding, waste not accumulating near homes, and a municipality able to register and close a complaint. This chapter therefore addresses services not as a politically peripheral “service sector”, but as infrastructure for health, productivity, trust and spatial justice.

Iraq’s baseline presents a dual picture. Administrative drinking-water statistics for 2024 — covering Iraqi governorates excluding the Kurdistan Region, according to the report’s scope — put the population served by water networks at 88.5%, with an urban–rural gap of 94.2% versus 76.5%. Census and household-survey results, by contrast, examine dwellings themselves and show that an in-home connection or actual reliance on the network is lower than some administrative coverage figures. These differences are not a contradiction to be “resolved” by an average; they demonstrate different definitions: institutional coverage does not equal a household connection, and a connection does not prove water continuity or safety. ¹²

The sanitation gap is larger. The 2024 sewerage-sector report defines the population served by government sewerage networks, reporting national network coverage of approximately 36.2%, alongside widespread reliance on independent treatment. Census results show public-network coverage of 61.78% in urban areas against 14.93% in rural areas, with septic tanks an important village alternative. The chapter therefore does not make “extending the network to everyone” an end in itself. Density and location determine technology; the objective remains the same: contain excreta and convey or treat it in ways that prevent contaminants reaching people, water and neighbourhoods. ²³

Municipal waste shows how two valid indicators can tell different stories. Administrative statistics for 2024 put waste-collection coverage at 69% of the population, rising to 92.8% in urban areas and falling to 18.3% in rural areas. From the household perspective, the census records municipal collection for 58.36% of households overall, with 13.05% resorting to burning, a practice reaching 42.41% in rural areas. The municipal report also records 79 landfill sites with environmental approval against 133 without it. The issue is therefore not merely collection trucks, but the chain from generation, sorting, collection and transport through treatment, recovery and final disposal. ²⁴⁵

Public health in this chapter does not mean hospitals and clinical treatment; those belong in the health and human-capital door. It means municipal and environmental prevention: safe water, sanitation, cleanliness, waste management, control of pollution sources and vectors, safe public space, and monitoring risks before they become disease. This definition aligns with constitutional provisions on the right to healthcare and the state’s public-health responsibilities, the right to sound environmental conditions, and the Public Health Law and Environmental Protection and Improvement Law. ⁶⁷⁸

The path to 2045 rests on seven transitions: from measuring assets to measuring service levels; from nominal coverage to safe management; from repairing breaks after complaints to preventive maintenance; from collecting waste to managing materials; from fragmented responsibility to clear outcome accountability; from project finance to life-cycle finance; and from supposedly “natural” inequalities between neighbourhoods and rural and urban areas to a geographically measured national minimum service standard. Digitalisation from the previous chapter enters as a layer for measurement, work orders and transparency, not an electronic interface over physical failure.

The chapter promises neither zero outages nor identical networks everywhere. It establishes “safe, dependable service”: known quality, known continuity, specified repair times and a traceable complaints channel. In low-density areas, decentralised sanitation or regional collection contracts may be more efficient than central networks, provided they meet the same safety and accountability standards. This opens the way to Door Eight: when one neighbourhood has safe services and another does not, the service gap becomes an unequal distribution of health, time, opportunity and dignity.

2. The central question and chapter boundaries

The central question is: what institutional, operational and financial model does Iraq need to turn water, sanitation, waste and municipal services from fragmented projects and assets into reliable, safe, spatially equitable daily outcomes that can be measured and corrected through 2045?

2.1 What the chapter addresses

• Service levels at the user: access, continuity, quality, response time, safety, and the ability to complain and secure correction.

• The drinking-water chain from production, transmission and distribution to the point of use, including losses, pressure and quality.

• The sanitation chain from containment, collection and conveyance to treatment and safe discharge or reuse.

• The municipal waste chain from generation to collection, transport, sorting, recovery and final disposal.

• The municipality’s role as a daily service provider/regulator, and the relationship between service, public health and quality of life.

• Financing, maintenance, life cycles, data, spatial justice, contracts and performance.

2.2 What is left to other chapters

3. Operational glossary and measurement rules

4. Constitutional, legal and institutional framework

The Iraqi Constitution provides a direct foundation for this chapter. Article 30 links a free and dignified life to basic necessities and suitable housing. Article 31 gives every Iraqi the right to healthcare and obliges the state to attend to public health and the means of prevention and treatment. Article 33 establishes every person’s right to sound environmental conditions and requires the state to protect the environment and biodiversity. The Constitution also distributes some health, environmental and water functions between levels of government, making coordination quality part of the service itself. ⁶

The amended Public Health Law No. 89 of 1981 establishes preventive and regulatory tools relating to water, drainage and health risks, with amendments and implementation mechanisms continuing into recent years. Environmental Protection and Improvement Law No. 27 of 2009 subjects environmentally consequential activities to oversight. An official State Shura Council opinion confirmed that environmental fine provisions also apply to ministries and state departments: public service providers are not outside environmental standards. ⁷⁸

Municipal waste is governed by instructions and general laws, but specialised municipal solid-waste legislation remained in the legislative process during 2026 and was not a new federal law in force at this chapter’s cut-off. On 9 September 2026, Parliament recorded a first reading of the municipal solid-waste management bill. This chapter therefore bases its recommendations on existing rules in force and treats the bill as a development in progress, not completed legislation. ⁹

5. The Iraqi baseline: from coverage to actual service

This chapter’s baseline cannot properly rely on a single source. Administrative statistics measure assets or people within a service area; the census measures dwelling experience and disposal methods; international indicators measure “safe management” under different definitions. The methodological decision is to present them side by side with their definitions, rather than choose whichever figure looks higher or lower.

This dashboard reveals three gaps that must remain visible throughout the chapter. First is coverage: rural areas receive less water, sanitation and waste service. Second is definition: an existing network does not mean safely managed service. Third is operational measurement: there is still no unified public national dashboard publishing, for each provider, actual supply hours, pressure, sample quality, faults, repair times, sewer flooding, complaints and landfill compliance within one chain.

6. Water: from production to safe service available when needed

Water security ends at the home, not the river. A governorate may have a production project with sufficient capacity on paper, yet service deteriorates if transmission lines or local networks are weak, pressure unbalanced, electricity unstable, leakage high, or water available only for limited hours. The chapter therefore adopts the “water service chain”: raw source → treatment → transmission → storage → distribution → property → availability and pressure → quality → complaints and maintenance → verification.

Official 2024 statistics demonstrate that supplied volume alone is insufficient to understand the experience. The average of 359 litres per person daily among the served population is a high aggregate quantity compared with what citizens may understand as household service, but varies sharply between governorates and between urban and rural areas. This may reflect production, networks, losses, distribution and the definition of “water sold”. Management must therefore move from plant output to water balances, pressure zones, and continuity and quality indicators at the user. ¹

In 2025-2026, water scarcity made continuity constraints clearer. In November 2025, UNICEF warned that national reserves had fallen to approximately 4 billion cubic metres, noting that some communities received water for only hours a day or on particular days of the week. In September 2026, the organisation directly linked protection of Iraq’s rivers to children’s health, calling for expanded wastewater collection, treatment and reuse and stronger quality monitoring. These are pressure updates layered over the 2024 baseline, not replacements for it. ¹¹¹²

6.1 The water service standard

7. Water losses, pressure, continuity and network quality

Iraq’s 2024 environmental indicator table reports drinking-water-sector losses of approximately one quarter of water produced under the report’s definition. This matters, but does not establish where losses occur or how much is real versus commercial. It is therefore not used as a promotional “leakage reduction” target. The 2027 programme begins with a unified water balance and District Metered Areas in larger cities, linking flow, pressure, faults and customer readings. ¹³

The economic principle is simple: a litre that fails to reach a user or is not measured correctly also wastes energy, chemicals and capital. Loss reduction does not mean pursuing a low number at any cost, however. Some old networks need replacement, some leaks need pressure management and maintenance, some commercial losses need meters and records, and some interruptions originate in electricity or raw-water supply. Diagnosis therefore precedes the decision.

8. Sanitation: from facility to safe treatment

Sanitation is not a pipe underground; it is a public-health barrier. The complete chain is: toilet/source → containment → sewer or transport → pumping station → treatment → disinfection where needed → safe discharge or reuse → sludge management. If any link is missing, the network can become a pollution carrier rather than a barrier.

The 2024 sewerage report clearly distinguishes people served by networks from independent treatment systems, and records 76 treatment plants/units, with indicators for treatment relative to generated wastewater and utilisation of design capacity. It also shows that disinfection, sludge management and pumps are operating components, not marginal details. This is important for the vision: a treatment plant built but not reliably operating is not “coverage”. ³

Iraq does not need a central network in every settlement. It needs safe management for every pathway. In dense cities, network expansion is often more efficient and carries lower health risks, while decentralised solutions or regulated septic tanks with sludge transported to approved treatment may suit low-density areas better. The standard is total cost, safety and inspectability, not the technology’s name.

8.1 Separate wastewater and stormwater where possible

Incorrect connections between storm drains and sewers impose loads the system was not designed for, increasing flooding and untreated discharges. The sewerage report identifies widespread encroachments and irregular connections as an institutional problem. The chapter therefore adopts a spatial register of intersections and unauthorised connections, a phased separation programme in priority areas, and a requirement preventing new urban expansion from repeating the design error. ³

9. Non-network solutions, rural areas and low densities

The census’s rural gap shows that “copying the city” is not service policy. Only 14.93% of rural areas appeared connected to the public sewerage network in the published statistics, while septic tanks emerged as an alternative. The answer is not to label every non-network system a failure, but to bring it within regulated waste management: design standards, licensing, periodic emptying, registered transporters, reception points, treatment, and a digital record preventing uncontrolled discharge. ²

The proposed programme establishes a “safe non-network sanitation service” for areas whose density does not justify a central network in the medium term. The governorate/service body defines service areas, contracts sludge transport along approved routes, inspects tanks at construction and links fees to social protection where needed. The indicator becomes the population covered by a safe pathway, not merely the population on a network.

10. Stormwater and urban flooding

With climate change and expanding built-up areas, stormwater becomes a separate municipal function rather than an appendage to sewerage. The 2024 sewerage-sector indicators place storm-drain coverage below half within the report’s scope. This alone does not determine risk, since flooding depends on density, gradient, blockages, design and rainfall intensity. It nevertheless justifies turning stormwater management into a risk system: inundation maps, preventive cleaning, detention basins where suitable, safe surface drainage and green/permeable spaces in new projects. ³

Integration with “Transport and Cities” is essential: streets are not permanent emergency channels, and new housing projects are incomplete without a stormwater balance and drainage route. This chapter does not revisit urban planning; it establishes a service-level requirement: flooding under a known design storm should not recur because of preventable blockages or operating failures.

11. Cleanliness and waste: from removal to materials management

“Waste removal” is an activity; “waste management” is a chain of outcomes. The official 2024 municipal report records 12.8 million tonnes of ordinary waste removed, alongside 7.7 million tonnes of demolition and construction debris and generation of approximately 1.3 kg per person daily. These figures show the system’s scale, but do not alone reveal how much material was sorted, recovered or delivered to compliant landfill. ⁵

The vision adopts this chain: generation → prevention and reduction → source separation where markets and operating capacity exist → collection → transport/transfer station → material or organic recovery → special treatment where needed → residual disposal at a compliant landfill → closure and post-closure monitoring. The economic decision is to avoid building a link without a market, operating capacity or measurable denominator.

12. The rural gap and institutional responsibility for waste collection

The 2024 municipal services report explains a direct legal and institutional cause of the gap: municipal institutions are not considered responsible for rural areas outside the municipal master plan under Municipal Administration Law No. 165 of 1964. This contributed to rural coverage falling to 18.3% in administrative statistics. It is not merely an “awareness” problem; it is a gap in service accountability. ⁴

The vision therefore does not propose automatically expanding municipal boundaries. It proposes a declared service owner for every settlement, regardless of boundaries: a municipality, district/governorate, joint service arrangement between several units, or regional contract. The state specifies who pays, who contracts, who monitors and where residual waste goes. Once responsibility is established, household collection, regulated collection points and shared routes can be compared by density and distance.

13. Landfill and uncontrolled dumping: the chain’s end determines its safety

The existence of 133 landfill sites without environmental approval against 79 approved sites in 2024 reveals that the chain’s end remains a national weakness. Site counts do not equal waste volumes, so we do not infer that most waste goes to unapproved sites. The count alone nevertheless warrants an audit and closure/rehabilitation programme rather than continued opening of temporary dumps. ⁵

The vision adopts a “national residual-waste map”: each site has a legal and environmental status, incoming quantity, remaining life, liner/leachate/gas engineering, service distance, closure plan and monitoring obligation. No new site opens before regional alternatives and transport costs are compared, and no uncontrolled dump closes without a lawful alternative pathway, so dumping does not simply move elsewhere.

14. Sorting, recycling and the circular economy

Recycling is not a percentage announced before a market exists. The 2024 municipal report showed very limited recycling infrastructure relative to waste volumes: few sorting/recycling facilities, some under construction or idle. Iraq therefore begins by building a “materials market” before dozens of factories: recovered-material specifications, offtake contracts, composition data, licences, worker safety and gradual extended responsibility for major producers where impact is demonstrated. ⁵

The National Development Plan 2024-2028 set a direction for increased sorting, recycling and waste treatment and better disposal infrastructure. The vision does not replace that objective; it adds a measurement gate: material is not counted as “recycled” when it leaves a conveyor, but when it actually enters a verified use or treatment process. ¹⁴

Initial priority goes to flows with clear markets or harms: paper and cardboard, metals, recoverable plastics, organics where operations and compost/digestion markets exist, and construction waste separated from household waste. A complex sorting system is not imposed on every city at once; it is tested in areas with stable collection capacity and expanded according to contamination, cost and return data.

15. Healthcare and hazardous waste: the health–environment interface

This is an interface that must not be confused with household waste. Iraq’s 2024 environmental health statistics track segregation of hazardous medical waste and its treatment within health institutions. This chapter does not redesign hospital policy; it prevents a hazardous stream leaving an institution for a municipal system not designed to handle it. ¹⁵

The rule is that “the producer remains responsible for traceability through approved treatment”: classification at source, suitable containers, licensed transport, a treatment facility, proof of receipt and quantity records. Environmental, health and municipal data are integrated to prevent co-disposal or uncontrolled burning. Broader industrial and hazardous waste remains within environmental and industrial policy, but the municipal interface must have a clear rejection and referral protocol.

16. Municipalities: from campaigns and inputs to a service contract

A recurring administrative problem in everyday services is that institutions may work hard without a precise definition of outcomes. A “cleaning campaign” measures working hours and trucks but does not say whether waste accumulation fell for an entire week. A “maintenance campaign” does not say whether a break recurred. The chapter therefore proposes converting recurring functions into internal “service-level agreements”, even when government bodies perform the work.

This model does not turn the city into a call centre. It connects money, time and responsibility to outcomes. Good management distinguishes emergencies requiring immediate response from routine maintenance, capital replacement and design problems that recur however many campaigns are mounted.

17. Municipal public health: prevention before treatment

Municipal service becomes health policy when it interrupts exposure pathways before people reach hospital. The Public Health Law itself includes powers relating to water treatment, wastewater discharge sites and protection of drinking-water intakes. The Constitution makes public health and the environment obligations, not optional outcomes. ⁶⁷

The chapter adopts a “hazard → exposure → prevention” model: contaminated water, sewer overflow, waste burning, nearby dumps, disease vectors or standing water; identification of who is exposed and how often; an engineering/municipal/health intervention; then verification. Disease counts alone are not used to assess municipalities because illness has multiple causes. Increased pollution reports, failed samples or repeated overflows are nevertheless warning signs that must be resolved before they become a crisis.

In recent years, WHO and UNICEF have reminded us that waterborne diseases have not disappeared from Iraq and that water and sanitation quality forms part of health protection. International reports recorded approximately six hundred confirmed cholera cases during 2024, with minor differences between updates. The figure is not used to frighten readers or attribute disease to a particular service; it demonstrates that the water, sanitation and hygiene barrier is a continuing health function. ¹⁶

18. Everyday quality of life: measuring the combined outcome

Everyday quality of life is not a vague satisfaction measure. In this door it means the time, harm and comfort produced by infrastructure and services: how many hours does a household lose arranging water? Must it buy an expensive alternative? How many days does waste remain? How often does sewerage overflow? Can a child reach school without passing a dump or stagnant wastewater? These questions become spatial measurements.

The vision proposes a “neighbourhood everyday-service indicator” for administration, not publicity. It does not combine everything into one score that hides problems; it displays a small dashboard for each neighbourhood/settlement: water, sanitation, waste collection, complaints, flooding, public-space cleanliness and response time. The geographic layer guides the following year’s investment rather than media rankings of cities.

19. Spatial justice and the national minimum service standard

The urban–rural differences in 2024 are large enough to reject national averages alone as decision tools. Administrative water-network coverage is better in cities, public sewerage coverage much higher, and urban waste collection several times rural collection. This does not mean every rural area must receive the same technology as central Baghdad; it means every Iraqi has a right to a safe outcome even if the means differ. ¹²⁴

The chapter therefore establishes a “national minimum service standard”: services below which no settlement should fall — a dependable safe water source; a safe sanitation pathway; regular waste service with approved disposal; a municipal reporting channel; and freedom from continuous exposure to a preventable public pollution point. Above this floor, levels and technologies vary with density, income and geography.

Justice extends to affordability. Tariffs financing maintenance may be necessary, but exempting everyone weakens sustainability, while raising tariffs for everyone may harm low-income households. The solution is tariffs/fees tied to known costs and actual service, with targeted protection for eligible households rather than undirected support treating those who can and cannot pay alike.

20. Digitalisation, service data and accountability

This section takes forward internet and connectivity infrastructure from Chapter Five without rebuilding it. What is needed now is a “simple operational twin” for each service: GIS asset records, work orders, meters/sensors where useful, location-linked complaints, spare-parts inventories and fault histories. The aim is not a huge platform before cleaning the data; the system begins with an asset, a problem, an accountable owner and a time.

Complaints connect to a single governorate/agency platform, while back-office responsibility is distributed by jurisdiction. Citizens need not know which directorate owns a pipe; they submit one report and receive a number, while the system assigns the accountable body. “Real closure” is measured, not a click on a close button: reports can be reopened, and repeated reports at the same location are visible.

Every public dashboard publishes what serves accountability without disclosing sensitive infrastructure security details: service hours, aggregated quality samples, faults, repair times, collection coverage, waste destinations, sewer flooding and investment. Valve maps, vulnerabilities and details of critical facilities remain within operational permissions.

21. Financing, tariffs and sustainability with household protection

Basic services are not cost-free even when subsidised by the treasury. They require electricity, chemicals, fuel, salaries, spare parts, laboratory contracts, vehicles and asset renewal. If the state finances construction without operation and maintenance, investment becomes a deteriorating liability. The vision therefore makes “life-cycle cost” a condition of project inclusion: CAPEX + OPEX + renewal + closure/remediation where applicable.

In water and sanitation, financial reform pursues three aims: know costs, reduce waste and secure minimum operating finance. The chapter proposes neither privatising the right to water nor a tariff shock. The year 2027 begins with service-cost, loss, collection and maintenance-expenditure calculations, followed by gradual block tariffs/fees tested with a social allowance or targeted support. Any price change is preceded by visible improvement and measured service, so citizens are not asked to pay more for greater uncertainty.

In waste, financing models are compared by density: general municipal finance, service fees, extended responsibility for certain products, treatment contracts and gate fees at landfill/transfer facilities. Hypothetical recovered-material sales must not underpin project feasibility before markets, prices and material contamination are established.

22. The private sector and contracts: purchasing outcomes, not transferring monopoly

The private sector can collect waste, operate plants, provide laboratories, read meters or build assets under contract. Transferring delivery does not transfer the state’s responsibility for health, standards and oversight. The greatest danger is a contract paying per “tonne collected”, encouraging more tonnage, or per “cubic metre produced” without measuring quality and losses, or granting a long concession without performance standards and review.

The vision therefore uses outcome specifications: availability, quality, response time and losses/efficiency, with verifiable penalties and incentives and public audit rights. In capital partnerships, long-term fiscal commitments are recorded in public finances rather than treated as free funding. Essential operating assets and data remain transferable or accessible so the state does not become captive to one supplier.

23. International comparisons: transfer the mechanism, not the country

No single municipal model suits all of Iraq, so comparisons are used as mechanisms. The World Bank’s “Utility of the Future” programme defines a good utility as one providing reliable, safe, inclusive, transparent and responsive service. It measures technical, commercial, financial, human-resource and strategic processes, then develops 100-day plans and multi-year business and investment plans. The lesson for Iraq is that utility reform is not simply infrastructure construction; it is a cycle of diagnosis, operations, finance and human capability. ¹⁷

Singapore’s experience is useful for whole-water-cycle management and unified responsibility for quality, resilience and reuse, not for copying its structure or resources. High-performing waste-management cities build the same sequence: separate selected streams, understandable pricing/incentives, materials markets and disciplined landfill management. They do not begin with an incinerator or giant plant and then search for feedstock and markets.

The comparative rule is that Iraq transfers water balances, service levels, accountable utilities, independent quality audits, life-cycle planning, producer/material responsibility where appropriate, and performance contracts. It does not automatically transfer tariffs, corporate forms, treatment technologies or recycling percentages from countries differing in income, institutions, waste and water.

24. Basic services in Iraq 2045

In 2045, no governorate asks “Do we have a water project?” but “How many hours were we served? What is the water quality? What are the losses? How long do repairs take?” Every water and sanitation utility has a clear balance, asset register, renewal plan, laboratory/quality verification and service dashboard. Neighbourhoods unsuited to central networks have safe solutions with accountable owners, not institutional vacuums.

Waste comparisons no longer rest on compactor-truck counts. Every settlement is covered by a service pathway; rural areas are not excluded because of municipal-plan boundaries. Residual waste reaches approved, monitored sites; uncontrolled dumps have been closed or rehabilitated; and sorting and recycling operate where materials, markets and operating capacity exist. Construction, medical and hazardous waste does not mix with household waste in the ordinary stream.

The municipality itself becomes a service institution: it knows its assets, costs and reports, publishes standards, and connects budgets to weaker areas. Citizens submit one traceable report, but quality is not reduced to an app. Public health becomes an early partner in water, sanitation and cleanliness decisions, turning prevention from a campaign into a continuous operating function.

25. Transformation phases, 2027-2045

26. Indicator dashboard and targets

The targets below are “vision targets”, not forecasts or government targets in force, and are reviewed after the unified 2027 baseline is established. Where current definitions cannot be compared directly with the desired definition, “to be established in 2027” replaces invented figures.

27. Implementation programme package

28. Implementation, cost and financing matrix

Financial note: cost classifications are qualitative at this stage, not a national financial estimate. The chapter does not assign costs before assets, gaps, units and designs are inventoried. Every capital project undergoes feasibility, life-cycle cost and operating-risk assessment, and future contract and partnership obligations are recorded.

29. Risks and safeguards

30. Governance, data and monitoring

The chapter does not propose a new “Ministry of Basic Services”. Functions are already distributed; the problem is outcome accountability and integration. Each governorate/provider establishes a service-level dashboard, while sectoral ministries set definitions and standards, the Statistics Authority compiles the national comparison layer, and the Ministry of Planning links service indicators to investment decisions. Health and environmental bodies undertake preventive verification and oversight according to law.

The chapter dashboard is reviewed annually, but principal targets every three years so they do not become moving goals adjusted to performance. Every definition change preserves the old series and explains its effects. Where Iraq lacks a unified value, it is not filled with five estimates; a 2027 baseline is established and fixed before a numerical commitment is made.

30.1 Minimum data for each utility/municipality

• An updated asset map and critical-condition assessment for every main asset.

• A clear service denominator: population/dwellings/customers/tonnes according to the indicator.

• Availability, interruptions, faults and repair time.

• Service quality: water, treatment, disposal destination and audit results.

• Operating and capital expenditure, deferred maintenance and renewal.

• Complaints, closure time, reopening and recurring locations.

• Urban–rural, neighbourhood and group differences where safe, reliable data is available.

A national register of “unmeasured gaps” accompanies the indicator dashboard. A data gap is not a cosmetic failure to conceal; it is a work item. Priorities for 2027 include water continuity and pressure, actual tracking of sludge/non-network sanitation pathways, waste tonnage by final destination and municipal response times.

31. Conclusion and closure of Door Seven

Door Seven began with infrastructure as the backbone of the economy and the state, then addressed electricity and energy, water and water security, transport and cities, and the internet and digital infrastructure. It ends at the most tangible point: do these assets and capabilities become dependable everyday life?

The answer established here is that service is not an isolated project. Water needs resources, energy, networks, measurement, maintenance and quality. Sanitation needs collection, treatment and safe discharge. Waste needs a chain, not a truck. Municipalities need outcome accountability, data and life-cycle finance. Public health must see risks before the hospital does. When these links function, infrastructure becomes a social capability rather than a stock of assets.

Door Seven thus closes its question: Iraq 2045 is advanced not because it has the most roads, plants and towers, but because these structures make water, energy, movement, connectivity, cleanliness and services more reliable, safer and less costly in time and space for citizens and the economy. Infrastructure is judged by what it enables people and institutions to do every day.