Manufacturing
Manufacturing in Iraq Vision 2045 is neither a campaign to replace every import nor a race to build the largest number of factories. It is a selective process of deepening value within Iraq: transforming materials, energy, domestic demand and knowledge into competitive products, and connecting factories to suppliers, services, laboratories, logistics and markets, while making protection, exemptions, energy, land and public procurement conditional on measurable results and a clear exit path.
1. Executive Summary
Iraq has a real, not hypothetical, industrial base, but it remains shallow and unbalanced. The official annual report on large industrial establishments for 2024, covering Iraq except the Kurdistan Region and defining a large establishment as one employing 30 or more people, recorded 916 large establishments and 129,177 workers, with production valued at IQD 17.232 trillion, production inputs at IQD 8.804 trillion and value added at IQD 8.428 trillion. Sales were valued at IQD 15.469 trillion. These figures represent tangible industrial activity, but do not in themselves establish a deep or internationally competitive manufacturing base. 1
The composition of activity reveals the more important problem: a clear concentration in food industries, building materials and refined petroleum products, alongside less depth in equipment, machinery, components and advanced chemical chains. In the large private-sector establishments surveyed in 2024, food industries accounted for 69.5% of private-sector production value, followed by non-metallic mineral products at approximately 12.4% and non-alcoholic beverages at approximately 10.2%. This structure reflects advantages in the domestic market and construction and food demand, but also means that the task for 2045 is not simply to ‘add factories’; it is to move gradually into more complex links within those same chains. 2
Data on medium-sized establishments for 2024 show a similar picture: 248 establishments and 3,379 workers; 42.3% of establishments were in non-metallic mineral products, 33.5% in food products and 9.7% in beverages. Their production totalled IQD 230.8 billion and their value added IQD 100.9 billion. Industrial policy should therefore not be designed around large companies alone. The middle tier of establishments is one bridge to specialisation, supplier development and growth, but it needs measurement, finance, quality and market linkages, not exemptions alone. 3
The cumulative report on large establishments for 2025 provides an important directional update, but is not a direct substitute for the 2024 annual report. It recorded 965 operating establishments, production of IQD 14.652 trillion, inputs of IQD 9.388 trillion and value added of IQD 5.264 trillion. It also identified 892 private, 67 public and 6 mixed establishments, with the private sector accounting for 52.1% of production value within this cumulative framework. The difference between ‘annual’ and ‘cumulative’ methodologies means that these figures cannot be combined into a single series without reconciling their definitions. 4
The chapter's argument is that industrial deepening proceeds through five interconnected layers: selecting a limited number of chains with scope for learning and expansion; shared infrastructure that actually works, not industrial land alone; quality, accreditation and laboratories that make products marketable; local suppliers entering real contracts; and trade, finance and public procurement instruments that do not become permanent privileges. Any programme that reduces industrialisation to ‘factory + exemption’ will create nominal capacity, not industrial capability.
The chapter therefore treats the five sectors specified in the contents as different models of industrialisation, not a ranking. Petrochemicals require integrated feedstock, energy, water and logistics and major investment; food requires links to agriculture, refrigeration, quality and packaging; pharmaceuticals require oversight, quality, technology transfer and a regulated market; building materials require energy efficiency, standards and a balance between capacity and demand; and energy-related industries require a transition from services, maintenance and assembly towards components, testing and gradual localisation of engineering.
The chapter does not propose an artificial figure for industry's share of output by 2045. The National Development Plan itself sets a near-term target to increase manufacturing's contribution from its plan baseline of 1.8% to 2.2% by 2028; after that, accounts must be updated and definitions reconciled before establishing a 2035–2045 trajectory. 5 Long-term success is measured by the depth of domestic inputs, productivity, quality, exports and the stability of operations and resources, not output share alone.
2. Definitions and methodological boundaries
| Concept | Operational definition in the Vision | What it does not mean |
|---|---|---|
| Manufacturing | Transforming materials, components or inputs into new products through repeatable, measurable industrial processes. | Not automatically every non-oil activity or small workshop. |
| Industrial value added | Production value after deducting production inputs under the statistical definition used. | Not sales or the final product's price alone. |
| Domestic depth | The amount of valuable domestic materials, components, services, engineering, maintenance and knowledge entering the chain. | Not the proportion of Iraqi workers alone or a product's legal origin. |
| Value chain | The sequence of inputs, processing, services, quality, logistics and distribution through to the market. | Not a single factory or company. |
| Industrial supplier | An establishment providing a component, material or technical service that can be contracted, measured and quality-assured. | Not a marginal contractor with no development potential. |
| Anchor industry | An establishment or activity that creates stable demand around which suppliers and services can grow. | Not a monopoly or a company with guaranteed profits. |
| Efficient import substitution | Domestic production of a good where there is an economic case, quality and a reasonable path to competitiveness. | Not banning imports merely because a domestic product exists. |
| Transitional protection | A time-limited, reviewable instrument for overcoming an identifiable learning gap or distortion. | Not a permanent tariff or an open-ended restriction on competition. |
| Local content | Measurable domestic value in materials, components, labour, services and knowledge. | Not a nominal percentage achieved through a local front. |
| Industrial readiness | The establishment's and chain's ability to produce repeatedly to the required quality, cost, timing and safety standards. | Not design capacity or the purchase of equipment. |
2.1. Boundaries with subsequent chapters
| Subject | Addressed here | Left for later |
|---|---|---|
| Agriculture/food | Processing, refrigeration, sorting, packaging, standards and contracts between factory and supplier. | Water, irrigation, crops, agricultural production and food security — C04. |
| Investment and the private sector | Industrial project requirements and infrastructure, contract and quality instruments. | The broader framework for investment, competition, finance and the private sector — C05. |
| Exports | The product's ability to meet standards, be delivered and scale up for external markets. | Export strategy, markets and trade instruments — C06. |
| Fiscal and monetary policy | The cost of support and guarantees and the principle of avoiding open-ended liabilities. | Fiscal rules, credit, the exchange rate and macroeconomic stability — C07. |
3. Iraq's industrial baseline
3.1. The 2024 annual baseline: industry exists, but is concentrated
| Indicator | 2024 — large establishments | Implication |
|---|---|---|
| Number of establishments | 916 | An actual large-establishment base; reform does not start from zero. |
| Workers | 129,177 | Significant employment, but this alone does not measure skills or the quality of productivity. |
| Production | IQD 17.232 trillion | Substantial industrial outputs in nominal value within the survey. |
| Inputs | IQD 8.804 trillion | Shows the importance of materials, energy and services in manufacturing costs. |
| Value added | IQD 8.428 trillion | The closest measure of what establishments created after inputs. |
| Sales | IQD 15.469 trillion | Not equivalent to production or value added; the measures must be distinguished. |
| Coverage | Iraq excluding the Kurdistan Region; establishments with 30 or more workers | These figures cannot be generalised to all Iraqi industry. |
Source/note: Statistics and Geographic Information Systems Authority, Annual Survey of Large Industrial Establishments 2024. 6
3.2. Composition of the large private sector
| Activity | Private-sector production value in 2024 | Share of large private-sector production | Cautious interpretation |
|---|---|---|---|
| Food products | Approximately IQD 5.023 trillion | 69.5% | Broad domestic demand and an established private-sector base; needs deeper inputs, quality and packaging. |
| Non-metallic mineral products | Approximately IQD 0.899 trillion | 12.4% | Strong link to construction; risks concerning energy efficiency and excess capacity. |
| Non-alcoholic beverages | Approximately IQD 0.735 trillion | 10.2% | An established domestic market; future value lies in quality, efficiency, packaging and distribution. |
| Refined petroleum + rubber and plastics | Approximately IQD 0.398 trillion combined | 5.5% | Indicates existing manufacturing links, but is insufficient on its own to measure depth in chemicals or petrochemicals. |
Source/note: source: 2024 annual report; shares and values concern the private sector within the large establishments covered by the report. 7
3.3. Medium-sized establishments: the link that must not be neglected
The Statistics Authority defines a medium-sized establishment as one employing 10–29 people, and the 2024 survey covers the private sector outside the Kurdistan Region. There were 105 establishments in non-metallic mineral products, 83 in food products and 24 in beverages, with 36 spread across other activities. This tier matters because establishments can become specialist suppliers or grow into larger companies, but its data also reveal concentration in industries of low or medium complexity. 8
3.4. The 2025 cumulative update: higher numbers and value do not equal industrial deepening
| Indicator | Cumulative 2024 | Cumulative 2025 | Published change | Methodological note |
|---|---|---|---|---|
| Large establishments | 941 | 965 | +2.6% | Cumulative; not directly comparable with the annual figure of 916. |
| Workers | 152,027 | 154,977 | +1.9% | The report also presents a sectoral table with a different number of workers; this methodological caveat is retained. |
| Production | 13.938 trillion | 14.652 trillion | +5.1% | Cumulative. |
| Inputs | 9.068 trillion | 9.388 trillion | +3.5% | Cumulative. |
| Value added | 4.870 trillion | 5.264 trillion | +8.1% | Cumulative. |
| Private-sector production | — | 7.630 trillion | 52.1% of total production | Composition matters more than annual comparison here. |
Source/note: Statistics Authority, Cumulative Survey of Large Industrial Establishments 2025, published in 2026. 9
4. From a single factory to a value chain
A single factory can increase production or even replace some imports, but does not necessarily create an industrial system. Industry deepens when an increasing share of product value is spent again within the economy through competitive domestic materials, engineering and maintenance, laboratories, transport and storage, software, design and packaging, and financial services, and then when some suppliers become exporters or providers to other sectors.
4.1. Why is domestic value more important than the ‘substitution rate’?
A product may carry the label ‘Made in Iraq’ while most of its components, packaging, technology and services are imported; this may be a reasonable stage early in the learning process. The problem begins when assembly becomes a permanent protected condition. The industrial compact must therefore track four separate layers: domestic value added, competitive domestic inputs, domestic skills/engineering, and a market independent of protection. Not every industry should be expected to reach the same ratio: pharmaceuticals, petrochemicals and equipment differ fundamentally.
4.2. A chain cannot be built by one ministry
| Link | Common failure | Natural owner of the function | Outcome Indicator |
|---|---|---|---|
| Inputs | Price/quality/disruption/tariff on a raw material | The producing sector + customs/trade authorities within their mandates | Input cost, delivery and conformity |
| Site and infrastructure | Land without electricity/water/road/industrial drainage | Industrial Cities Authority, service bodies and the governorate | Time to readiness and service cost and continuity |
| Standards and quality | A product that fails a standard or test | Central Organization for Standardization and Quality Control and sectoral bodies | Passing conformity/accreditation requirements and gaining market acceptance |
| Skills | An imported line without local maintenance and engineering | The establishment + education/training | Downtime, share of local maintenance, technical jobs |
| Financing | Short-term credit for a long-term project or insufficient working capital | Banks/financial institutions within the regulatory framework | Sustained cash flow, repayment and expansion |
| Market | Protection without demand or public procurement without quality | The market/procurement/trade | Competitive sales and contract renewal without privileges |
5. The industrial portfolio: how the state can choose without picking political winners
The state cannot support every industry to the same depth, but selecting sectors by name alone opens the door to influence and waste. This chapter therefore takes up the ‘chain gateway’ from C02: every chain undergoes a published test before receiving infrastructure, protection, guarantees or preferential procurement. The gateway does not determine who owns the company; it asks whether a measurable national economic case exists.
| Test criterion | Question | Evidence required |
|---|---|---|
| Demand | Is there a domestic/regional market with measurable size and growth? | Consumption, imports, contracts and potential exports, not impressions. |
| Input/location | Does Iraq possess a material, location, demand or infrastructure that reduces actual costs? | Feedstock, proximity to a port/field/market, logistics. |
| Domestic value | What remains in Iraq after deducting inputs? | Value added, services, suppliers and skills. |
| Learning | Can operations move from running the line to engineering, maintenance and deeper design/assembly? | A knowledge-transfer plan and skills indicators. |
| Water and energy | Does the chain deplete a scarce resource in return for low value? | Value per m3 of water, value per unit of energy and the cost of continuity. |
| Quality | Are there standards, laboratories, an accreditation pathway and market recognition? | A conformity, testing and accreditation plan. |
| Expansion/exports | Can the chain move beyond protected domestic demand? | Regional market, standards, logistics, cost. |
| Competition | Will a market emerge or a protected monopoly? | Number of participants, entry/exit, transparency of support. |
| Public cost | What is the state's total commitment through land, energy, exemptions and guarantees? | Present value, contingent liabilities and life-cycle cost. |
6. Transforming raw materials into products: from volume to value
Iraq possesses hydrocarbon, mineral, agricultural and construction materials, but transforming a raw material into a product is not automatically beneficial. Some processes are intensive in energy, water and capital and may create limited domestic value if all technology, components and services are imported. Asking ‘Is the material available?’ is therefore insufficient. Further questions are needed: what is the final product, who will buy it, what is the full processing cost, what are the environmental risks, and which subsequent link can be localised?
| Pathway | Potential value | Transition Condition | Risk |
|---|---|---|---|
| Raw material → intermediate material | Reducing raw-material exports and creating a market for downstream factories | Scale/cost/demand and energy and water solutions | A huge factory without downstream demand |
| Intermediate material → final product | Jobs, suppliers and higher margins | Quality, design, distribution and market | Protection compensating for a weak product |
| Product → engineering and maintenance services | Technical learning and recurring value | Testing centres, training, asset data | Permanent dependence on the external supplier |
| Waste/by-product → input | Material efficiency and reduced environmental cost | Sorting, market, standards and safety | Transferring pollution to an unregulated activity |
In this sense, real ‘industrialisation’ is a cumulative process. Iraq can begin with packaging, assembly or basic processing where this provides an entry into learning, but the support compact must specify the next link to be deepened, when it will be reviewed and what happens if it is not achieved. A project is not penalised if economic feasibility justifies remaining at a particular link, but it is not treated as deep localisation if it does not advance.
7. Petrochemicals and chemical industries
Petrochemicals are the clearest test of Iraq's ability to turn oil and gas from a source of rent into an industrial input. In recent years, the Ministry of Oil itself has embraced integrated projects combining field development, gas utilisation, power generation, refining, petrochemicals and fertilisers. The integrated Nasiriyah project is an official example of this approach: field development, a refinery, a petrochemical plant and a power station within one project. 10 This establishes an institutional direction towards integration, but does not establish that every integrated project is feasible, financed or implemented; each requires an independent study.
7.1. The right design: a cluster, not a plant
| Element | Why is it decisive? | The Vision's decision |
|---|---|---|
| Feedstock | Determines product economics and operational continuity. | A transparent long-term feedstock contract linked to opportunity cost, not ‘free fuel’. |
| Energy | Interruptions increase costs and damage quality. | Costed continuity and efficiency, not unmeasured open-ended subsidies. |
| Water and cooling | Iraq's water constraints make some locations more sensitive. | Assessment of the water source and reuse before choosing a site. |
| Port/railways/roads | Chemical products require large-scale, safe movement. | Choose the site together with logistics, not before them. |
| Shared services | Steam, industrial gases, water treatment, firefighting, laboratories. | Cluster infrastructure that reduces duplicated costs. |
| Downstream industries | Higher value emerges from transforming polymers/chemicals into products. | Reserve a development pathway for processors and suppliers, rather than exporting intermediate materials alone. |
| Safety and the environment | High-consequence risks. | Strict licensing, monitoring and standards, emergency plans and insurance. |
Saudi Arabia's Jubail experience illustrates the mechanism, not a model to copy: a location close to energy, raw materials and sea lanes, unified industrial infrastructure, ports, railways, pipelines, shared services and long-term management. 11 The lesson for Iraq is that a petrochemical project succeeds not merely because it is close to oil, but when logistics, utilities, the environment, the market and downstream industries are part of its initial design.
7.2. The petrochemical decision gateway
8. Food industries
Food industries are the most visible large private-sector base in the 2024 annual data: approximately IQD 5.023 trillion in large private-sector production in the annual report, or 69.5% of its total. 12 Among medium-sized establishments, food products accounted for 83 of 248 establishments. 13 This strength does not mean every food chain is competitive, but it makes food a natural platform for deepening value through loss reduction, sorting and grading, refrigeration, packaging, laboratories, branding and supplier contracts.
8.1. Boundaries of the relationship with agriculture
Crop, water, irrigation and agricultural productivity decisions remain for the next chapter. Here the focus is the ‘factory gate’: does the factory obtain raw material of a known specification, quantity and timing? Is there a cold chain? Can it measure traceability and safety? Can industrial demand itself organise agricultural production through fair contracts rather than seasonal speculation?
| Food-chain link | Industrial gap | Possible instrument | Measure |
|---|---|---|---|
| Material intake | Variation in size/moisture/quality | Purchasing specification, contract and grading | Rejection/loss rate and quality variation |
| Refrigeration and storage | Seasonal loss and cold-chain interruption | Shared storage/refrigeration based on demonstrated demand | Loss, storage time and energy cost |
| Processing | Underused equipment or lines without material | Supplier contracting and seasonal scheduling | Capacity utilisation and operating profitability |
| Safety | Late or inconsistent testing | Laboratory/traceability/HACCP or an equivalent system appropriate to the product | Recall/rejection and conformity |
| Packaging and brand | A good product with weak market value | Design, packaging, printing, coding and traceability | Margin, market acceptance and exports |
| Logistics | Spoilage, delay and cost | Refrigerated transport and defined routes | Time, cost and loss |
‘Food security’ should not justify protecting every food factory. Importing certain materials or components may be more efficient. The aim is to build resilient, competitive chains while diversifying sources of critical inputs, not to close the economy.
9. Pharmaceutical industries
Pharmaceuticals differ from other industries because quality and regulation are part of the product itself. The Ministry of Health reports clear expansion in localisation since 2023–2024, including an intravenous solutions line opened in 2024 with nominal capacity of 90 million units annually, alongside the manufacture of other dosage forms. 14 In February 2026, a government adviser stated that Iraq had 34 pharmaceutical factories and that domestic production covered approximately 40% of domestic requirements, alongside agreements to transfer drug-manufacturing technology. 15 These recent official/government figures must be treated as operational claims requiring a statistical series and a consistent measurement method before becoming an independent baseline for the Vision.
International trade data, meanwhile, show that Iraq remains a large market for imported medicines. In 2024, Jordanian pharmaceutical exports to Iraq totalled approximately USD 174.8 million, while Jordan exported approximately USD 896.8 million in pharmaceutical products worldwide. 16 The comparative lesson is not that Iraq should imitate Jordan, but that an export-capable regional pharmaceutical industry rests on quality, regulation, reputation, accreditation and supply chains, not the domestic market alone.
9.1. The pharmaceutical deepening ladder
| Phase | What it adds | Transition Condition | What must not be claimed |
|---|---|---|---|
| Secondary packaging/labelling | Operational experience, traceability and a market | GMP/oversight/documentation and a learning compact | That the active ingredient or formulation has become domestic. |
| Dosage-form manufacturing | Higher operational and quality value | Formulation, laboratory, stability, licensing | Self-sufficiency in raw materials. |
| Technology transfer/licensing | Practical knowledge and controlled procedures | Technology agreement, training, verification, clear rights | Automatic ownership of independent innovation. |
| Formulation development/analysis/equivalence | Deeper technical and regulatory capability | Laboratories, accreditation, expertise and regulation | Full advanced pharmaceutical research capability. |
| Selected components/active ingredients | Reduced dependence at specific links | Market size, safe chemistry, cost, environment | The need to manufacture every API domestically. |
| Regulated exports | An international test of capability | Accreditation, quality record and overseas registration | That domestic protection is sufficient for competitiveness. |
9.2. Health procurement as a learning instrument, not a profit guarantee
Public procurement can give a factory predictable demand, but becomes a burden if it guarantees a market without competition in quality, cost and delivery. The proposed design within the Vision's approach uses multi-year contracts only for products requiring investment stability, with quality conditions, deadlines, reference pricing and periodic review, and gradual opening to competition. Success is measured not by the ‘local’ share alone, but by fewer shortages, higher quality and deeper technical capability.
10. Building materials
Statistics show that building materials are not a marginal sector. In the 2024 annual report, non-metallic mineral products, particularly bricks, accounted for a large proportion of establishments and employment. In the 2025 cumulative report, they represented 488 of 965 establishments, or 50.6% of large establishments, and 26.1% of employment according to the report. 1718 This reflects substantial reconstruction demand, but raises three questions: is capacity growing faster than demand, how much fuel and water does it consume, and is the product compliant and competitive in cost and quality?
10.1. From ‘more materials’ to ‘better materials’
| Pathway | Opportunity | Risk | Measurement instrument |
|---|---|---|---|
| Cement, lime and gypsum | Broad construction demand and domestic material | Energy, emissions and excess capacity/fluctuating demand | Cost/tonne, energy/tonne, emissions/tonne, capacity utilisation |
| Bricks and clay products | Widespread establishments and employment | Thermal efficiency, pollution, unplanned locations | Fuel/unit, conformity, technological transition |
| Precast concrete/systems | Speed and quality in construction | A project investment without a continuing market | Actual orders, quality, reduced project duration |
| Glass/insulation | Improving building efficiency | Large investment or imported input | Standards-based demand and building efficiency |
| Construction recycling | Reducing waste and creating a new input | Inconsistent quality or weak regulation | Share of safe use and conformity |
The Central Organization for Standardization and Quality Control conducts updates, testing and quality-mark monitoring, including a cement plant follow-up in 2026 to verify continuing conformity. 19 The lesson is that protection of domestic products, when used, must protect a capability that can improve, not an indefinitely non-compliant or high-cost product.
11. Energy-related industries
By energy-related industries, this chapter means the industrial products and services needed to produce, transmit, distribute and use energy: cables, conductors, transformer parts, panels and equipment, pumps and valves, structures and tanks, spare parts, measurement and control equipment, and certain renewable-energy components where an economic case exists. Iraq already has partial capabilities. Ur State Company, for example, offers cables, wires and aluminium sections produced to Iraqi and international standards, while Ministry of Industry companies have transformer testing, rehabilitation and assembly capabilities. 20 This is a foundation for learning, not evidence of a complete chain.
11.1. The component localisation ladder
The most serious mistake is to require a high nominal local-content share before suppliers and testing exist, producing a supplier in name only or higher costs without learning. The alternative is capability schedules: major procurement begins by breaking the product into packages that can actually be localised, followed by supplier qualification contracts, with content requirements increasing as success is achieved. The same percentage is not imposed on every product, and local labour alone does not count as deep industrial content.
| Product category | A logical starting point | Condition for expansion | Measure |
|---|---|---|---|
| Cables and conductors | An existing domestic product + standards and testing | Quality, metal/input, productivity, network demand | Rejection/failures/cost/delivery |
| Transformers and equipment | Maintenance/rehabilitation/assembly and testing | Components, engineering, laboratories and warranty capability | Failure rate, repair time and domestic component |
| Oil and gas equipment | Mechanical manufacturing, services and selected parts | Supplier accreditation, materials/welding and inspection | Contracts, conformity and service life |
| Renewable energy | Structures/cables/panels and services first | Demand volume, stability, standards and supply chain | Life-cycle cost and quality, not local share alone |
12. Local suppliers and quality infrastructure
The preceding chapter handed the supplier and quality-infrastructure programme to this chapter because these are the links that turn a large anchor company into a wider industrial economy. Quality infrastructure includes standards, metrology, laboratories, accreditation, conformity assessment, quality marks and traceability. In 2026, the Central Organization for Standardization and Quality Control continued updating Iraqi standards for food, chemicals, engineering, construction and occupational safety, and provides digital services for the quality mark, product requirements and factory specifications. 21
12.1. The supplier programme: from general training to an actual contract
| Phase | What happens | Transition gateway |
|---|---|---|
| Supplier diagnosis | Technical and financial capability, quality, equipment and human resources | A specific gap linked to a real buyer's requirement |
| Improvement plan | Process, quality, delivery, accounting, safety | Before/after indicator and improvement cost |
| Technical qualification | Sample/batch/process test | Passing a standard or audit |
| Pilot contract | A small, manageable volume | Delivery, quality and timing |
| Contract expansion | Greater volume and variety | A stable performance record |
| Market diversification | Supplying other companies/sectors or exporting | Reduced dependence on one buyer |
Under this design, the number of training courses is an activity indicator, not a measure of success. Success is a supplier that passed a test, won a contract and then retained it or expanded to another buyer. The state does not fund training indefinitely where no market or technical potential exists.
12.2. A laboratory gap does not always require a new laboratory
Before purchasing new laboratory equipment, existing tests, accreditation, service time, unused capacity and opportunities for mutual recognition must be inventoried. The problem may be a missing standard, accreditation, maintenance or slow results, rather than a missing building. Investment follows a ‘testing-gap map’ for each chain.
13. Industrial cities and shared infrastructure
Iraq does not need to invent a new institutional framework for industrial cities. Industrial Cities Law No. 2 of 2019 established the Industrial Cities Authority under the Ministry of Industry and Minerals, aiming to organise activities in serviced locations and encourage domestic and foreign investment and partnerships. In July 2026, the Iraqi Gazette published Instructions No. 1 of 2026 on the conditions for granting licences to establish, develop or operate industrial cities. 2223 The Vision therefore prioritises using the existing framework and improving the project gateway, rather than adding a parallel authority.
13.1. An industrial city is not a land-allocation scheme
| Project gateway | Governing question | Reason for rejection if it fails |
|---|---|---|
| Demonstrated industrial demand | Are there establishments/investors and a clear chain? | No city without real users. |
| Location | Does it match inputs, market, logistics, water and environment? | Cheap land alone is not an advantage. |
| Infrastructure | Who finances electricity, water, drainage, roads and connectivity? | Prevent transferring costs to an open-ended budget. |
| Operator | Who manages services, maintenance and pricing? | Avoid a city that is built and then deteriorates. |
| Environment and safety | Are there treatment, discharge and emergency arrangements? | No relocation of pollution outside cities. |
| Revenue model | Do fees and operations cover part of the cost? | Prevent a public asset without maintenance. |
| Utilisation indicator | Share of land/facilities in operation and companies' production | An opening ceremony is not an outcome. |
Türkiye's experience with organised industrial zones demonstrates the value of ready infrastructure—roads, water, gas, electricity, communications and waste treatment—and an administrative environment that reduces start-up costs. 24 Transferring the idea to Iraq, however, does not mean copying Turkish exemptions or structures. The transferable principle is ‘serviced land + management + allocation rules + market linkage’.
14. Trade, protection, exemptions and procurement
A trade instrument can support industrial learning or conceal its absence. Iraq already applies exemptions and reduced duties to raw materials and production lines under existing legislation and decisions. In 2026, customs announced continued exemptions for raw materials and lines, with follow-up teams verifying that projects existed and exempted materials reached factories. 25 ASYCUDA also continues to automate exemptions, advance declarations, manifests, exports and electronic payment. 26 This infrastructure allows an exemption to move from an ‘administrative letter’ to a digitally auditable transaction.
14.1. The rule of alignment between protection and inputs
Protecting a final product makes no sense if tariffs or procedures make its raw material more costly than that of an imported competitor. The reverse also applies: exempting inputs while permanently protecting the product may create a rent margin. Instruments must therefore be reviewed as a package at chain level: input, final product, alternatives, market, competition and duration.
| Instrument | When can it be used? | Its condition | Signal to stop/adjust |
|---|---|---|---|
| Input/line exemption | For actual investment and verifiable productive inputs | A materials list, digital linkage and risk-based visits/audits | Leakage, non-operation or lack of viability |
| Tariff/protective measure | An identified learning gap or dumping under the law | Duration, productivity and quality criteria, and competition review | No improvement/rising costs/monopoly |
| Public procurement | An anchor market for a good meeting specifications | Quality, delivery, pricing and competition contracts | Delivery failure or unjustified cost differential |
| Guarantee/finance | A project with measurable cash flow and clear public return | Risk pricing, a ceiling and disclosed commitment | Repeated distress/inflated contingent liability |
| Land/infrastructure | A cluster with demand and utilisation | Fees, operations and a utilisation indicator | Idle land/speculation |
15. Productivity, energy, water and the environment
Any industrial expansion in Iraq takes place within real water, energy and environmental constraints. Production value alone is therefore an insufficient goal. Worker productivity, value added, energy continuity, water consumption, losses, waste and emissions must be included according to the industry. The official 2023 environmental survey of large and medium-sized industrial establishments covered 1,685 factories, of which 1,555 were operating or partially operating, and recorded 561.2 thousand tonnes of total solid waste annually. 27 This alone makes waste management and material efficiency part of industrial policy, not an environmental addendum after investment.
15.1. ‘Value per resource’ indicators
| Indicator | Why is it better than volume alone? | Use |
|---|---|---|
| Value added/worker | Distinguishes more employment from higher productivity | Comparison within the activity over time |
| Value added/unit of energy | Reveals industries/technologies yielding greater returns from energy | Technology selection and operational improvement |
| Value added/m3 of water | Decisive for water-intensive industries in a water-scarce country | Location and reuse decision |
| Loss/tonne of input | Connects cost to sustainability | Lean/material efficiency and recycling |
| Production-line downtime | Reflects maintenance, energy and spare parts | Reliability and maintenance programme |
| Quality rejection rate | Hidden cost and market failure | Laboratory and process improvement |
No national numerical targets should be set for these indicators before sectoral baselines exist. A tonne of cement is not comparable with a package of medicine, nor a cubic metre of water in a food industry with an electrical component. The correct unit of comparison is within the chain over time; some indicators can then be aggregated at portfolio level.
16. Comparative lessons: mechanisms, not countries
| Experience | Problem/objective | Mechanism | What suits Iraq | What Cannot Be Transferred |
|---|---|---|---|---|
| Jubail — Saudi Arabia | Transforming materials and energy into global industrial complexes | Location/feedstock + ports, railways and pipelines + shared utilities + long-term management | Integration of petrochemicals with infrastructure and downstream industries | Capital scale, subsidies and input prices as they stand. |
| Organised industrial zones — Türkiye | Reducing factory start-up and operating costs and connecting companies to infrastructure | Serviced land, water/gas/electricity/connectivity/treatment, management and an allocation system | Ready infrastructure, service management and transparent allocation rules | Turkish tax incentives and institutions themselves. |
| Pharmaceuticals — Jordan | Building an industry in a relatively small domestic market | Regulation, quality, regional exports and company specialisation | Exports as a quality test and the necessity of accreditation | Jordan's product mix or markets as a numerical target for Iraq. |
In 2024, Jordan exported approximately USD 896.8 million in pharmaceutical products, including approximately USD 174.8 million to Iraq. 28 This does not mean Iraq should target a similar figure. Rather, the Iraqi market itself tests regional manufacturers. For Iraqi factories to become regional suppliers, they must move beyond a guaranteed market towards accreditation, quality, delivery and overseas registration.
17. Iraqi industry in 2045 and the stages of transformation
The intended picture is not ‘an Iraq that manufactures everything’, but an economy with more industrial chains of rising domestic value; private companies able to expand and export; public institutions operating efficiently as regulators, purchasers and asset owners rather than permanent shelters for losses; industrial cities in actual use; and quality infrastructure that enables Iraqi products to win contracts because they conform, not because they are protected.
| Phase | 2027–2030: measurement and discipline | 2031–2035: deepening | 2036–2040: expansion | 2041–2045: competition and sustainability |
|---|---|---|---|---|
| Data | Chain accounts, reconciliation of annual/cumulative data, domestic/imported inputs, energy and water. | Supplier, productivity and trade dashboards for each chain. | Broader digital tracking and linkage between customs and quality systems. | Regular measurement that automatically guides incentives. |
| Suppliers | 5–8 pilot chains; qualification tied to contracts. | Expansion of suppliers, laboratories and finance. | Suppliers serving multiple sectors and exporters. | Supplier networks capable of independent learning and innovation. |
| Cities/clusters | Audit of existing projects and a readiness gateway. | Operation of clusters with demonstrated demand. | Expansion only with occupancy, utilisation and sufficient infrastructure. | Industrial assets with sustainable management, maintenance and finance. |
| Protection | Inventory instruments and link each to an indicator and expiry. | Periodic reviews and withdrawal of ineffective instruments. | Greater shift towards horizontal support for quality and innovation. | Competitiveness less dependent on protection. |
| Technology | Maintenance/testing/quality and knowledge transfer. | Engineering, selected components and digital applications. | Design and applied R&D in mature chains. | Iraqi products/processes competing regionally in specific fields. |
18. Indicator and target dashboard
| Indicator | Baseline | 2030 | 2035/2040/2045 | Owner/source |
|---|---|---|---|---|
| Manufacturing's contribution to GDP | 1.8% National Development Plan baseline | 2.2% is the plan's target for the end of 2028; in 2030 the baseline is reset, without inventing an extension | Values determined after plan results and reconciliation of accounts | Ministry of Planning/Statistics and Geographic Information Systems Authority 29 |
| Value added in large industry | IQD 8.428 trillion — annual 2024 | A genuine, consistent annual update | An upward real trajectory after price/methodology adjustment where possible | Statistics Authority 30 |
| Value-added productivity/worker | IQD 65.2 million — large establishments, annual 2024 | Remeasurement using a consistent series | A real-growth target by activity following the baseline | Statistics Authority 31 |
| Depth of domestic inputs | Unavailable nationally | Develop a methodology and measurement for pilot chains | Increases by chain, without an artificial national percentage | Statistics/industry/trade |
| Qualified suppliers with contracts | Unavailable | Create a register and measure actual contracts | Supplier expansion and buyer diversification | Industry/anchor companies |
| Testing/conformity time | Not standardised | Baseline by principal test | Continuous reduction under a sectoral SLA | Standardisation/sectoral bodies |
| Industrial-city utilisation | No unified national baseline | Measure actual occupancy and facility operations | Expand projects only after meeting utilisation gateways | Industrial Cities Authority |
| Value added/unit of energy and water | Unavailable | Baseline for resource-intensive industries | Continuous sectoral improvement | Industry/environment/water/electricity |
| Share of sales outside the protected market | Unavailable | Definition and measurement for supported projects | Gradual increase by chain | Trade/establishments/statistics |
| Support with expiry and review provisions | No unified register | Create a commitment and review register | Retain instruments only when outcomes are achieved | Finance/trade/industry within their mandates |
The only numerical target reproduced here from a near-term official document is the 2028 development plan target for manufacturing's share. It is not extended to 2045 by linear interpolation. The remaining indicators require a baseline and stable definitions first, after which 4–5-year target cycles can be adopted.
19. Implementation programme package
P1 — Industry and value-chain accounts
Purpose: close the gap between factory figures and policy. The Statistics Authority and Ministry of Planning develop periodic accounts linking production, value added, domestic/imported inputs, trade, energy, water and employment across a limited number of chains. No new institution is established; existing statistical functions, national accounts and registers are used. The first output is a published methodology, a data dictionary and a register of discrepancies between annual and cumulative reports.
P2 — Industrial chain-deepening compacts
This programme takes the value-chain compact concept from C02 and turns it into an industrial instrument. Each chain is selected through a published gateway, after which its compact identifies bottlenecks and their owners: supplier, laboratory, land, electricity, customs, training, finance. The compact is not a company subsidy; it is an outcome agreement between public and market actors to remove measurable barriers within a defined period, followed by a review deciding expansion or termination.
P3 — The qualified Iraqi supplier and quality infrastructure
A joint programme with anchor companies identifies components and services suitable for localisation, opens qualification calls, partly funds quality improvements where a potential contract exists, and links the Central Organization for Standardization, laboratories and accreditation to a map of actual gaps. A supplier counts as ‘successful’ only after meeting a standard, winning a contract and maintaining performance.
P4 — The industrial cities and clusters gateway
The Industrial Cities Authority applies the existing legal framework and 2026 instructions through a project gateway: demand, location, infrastructure, operator, water and environment, finance, utilisation indicator. Priority goes to completing cities or clusters with users and actual connectivity before creating new locations merely for geographical distribution. Actual occupancy, services, time and cost data are published.
P5 — Deepening the pharmaceutical industry
This connects the Ministry of Health, regulators, industry and factories through specific product pathways: quality, GMP, laboratories, technology transfer, equivalence/stability where needed, packaging, registration and then exports. Public procurement serves as a temporary demand anchor subject to quality, delivery, price and competition conditions. Domestic coverage alone is not treated as evidence of depth.
P6 — The petrochemical processing and energy compact
Each major project has a pre-investment gateway covering feedstock, water, energy, logistics, market, finance, safety and downstream products. The major project is connected to a supplier and downstream manufacturing pathway. A stand-alone intermediate-material plant cannot count as final success if subsequent value-chain links remain imported.
P7 — Resource efficiency and clean production
This begins with industries consuming the most energy, water and materials, establishes value/energy, value/water and loss/input baselines, and then develops efficiency, heat and water recovery, reuse and recycling projects where feasibility is demonstrated. Finance may come from the establishment, performance contracts or green finance where conditions allow; it is not assumed that the public budget funds every upgrade.
P8 — Industrial support instruments register and expiry review
A unified government register—not a new institution—is established, showing for each tariff, exemption, guarantee, land allocation or preferential price: legal basis, beneficiaries, estimated cost, indicator, review date and decision to continue/adjust/end. The aim is to make industrial policy auditable and prevent the accumulation of privileges whose costs nobody knows.
| Programme | Problem | Core outcome | Natural institutional lead |
|---|---|---|---|
| P1 Industrial accounts | Separate, inconsistent data | Measuring value, depth and resources across chains | Ministry of Planning/Statistics and Geographic Information Systems Authority |
| P2 Chain compacts | Bottlenecks spread across bodies | Resolving a defined bottleneck within a timeframe and indicator | Planning + sectoral body |
| P3 Suppliers and quality | Suppliers outside contracts/accreditation gap | A qualified supplier entering a contract | Industry + standardisation + anchor companies |
| P4 Cities and clusters | Land and infrastructure disconnected from demand | A used, serviced industrial site | Industrial Cities Authority |
| P5 Pharmaceuticals | Superficial localisation or a protected market | Quality, technology, delivery and export capability | Health + industry and regulators |
| P6 Petrochemicals and energy | Raw material without downstream chains | An integrated project with suppliers and downstream processing | Oil/industry/investment within their mandates |
| P7 Resource efficiency | Energy/water/loss costs and pollution | Higher value per resource | Industry/environment/water/energy |
| P8 Support register | Privileges without cost accounting or expiry | Support that can be reviewed and terminated | Finance/trade/industry |
20. Implementation, cost and financing matrix
20.1. Cost methodology
| Cost category | Examples | Estimation method | Initially most suitable financing |
|---|---|---|---|
| A — Data and governance | Chain accounts, support register, performance dashboards | Staff + systems + integration + surveys | Existing budgets/limited technical assistance |
| B — Quality and capabilities | Laboratories, accreditation, supplier training, quality systems | Testing, operation, maintenance and accreditation gap | Service fees + establishments + justified public funding |
| C — Shared infrastructure | Industrial water, drainage, electricity, roads, storage | Feasibility, utilisation and life-cycle cost study | Developer/user fees/partnership/selective public funding |
| D — Factory capital | Lines, machinery, inventory and working capital | Business model, cash flow and risks | Equity/banks/investment; a limited guarantee where justified |
| E — Major strategic project | Petrochemicals/integrated utilities | FEED/market study/feedstock/finance/environment/risks | Project finance/PPP/investment according to project structure |
The chapter sets no ‘total cost of industrialisation to 2045’, because such a figure would be artificial. Costs must be built project by project and gateway by gateway, showing the state's explicit and implicit commitment: land, infrastructure, exemptions, service prices, guarantees and public procurement. This allows support to be compared with actual value, jobs and learning.
20.2. Phased implementation matrix
| Action | Lead | Partners | Phase | Monitoring indicator | Risk |
|---|---|---|---|---|---|
| Establish the industrial data baseline | Statistics/planning authorities | Industry, customs, trade, the Region | 2027-2030 | Publish a methodology and consistent series | Conflicting definitions/delayed data |
| Select pilot chains | Ministry of Planning | Private sector, ministries, governorates | 2027-2030 | Selection against published criteria | Capture by lobbies |
| Launch the supplier programme | Industry/standardisation | Anchor companies, universities, finance | 2027-2035 | Suppliers with contracts, not training courses alone | Training without a market |
| Industrial cities gateway | Industrial Cities Authority | Governorates, services and developers | 2027-2045 | Occupancy, facility operation and service time | Unused infrastructure |
| Pharmaceutical deepening | Health/industry | Factories, oversight, laboratories | 2027-2040 | Quality, delivery and technical depth/exports | A guaranteed market and weak competition |
| Petrochemical project gateways | Oil/competent bodies | Industry, water, environment, transport, finance | 2027-2045 | Passing market/feedstock/water/finance gateways | Excessive cost or open-ended input subsidies |
| Resource efficiency | Industry/environment | Electricity, water, establishments | 2028-2045 | Value/energy and water, and losses | Transferring costs to the budget |
| Support and expiry register | Finance/trade/industry | Customs, investment, oversight | 2027–2030, then permanent | Publish instrument/cost/review date | Resistance from beneficiaries |
21. Risks and safeguards
| Risk | How does it arise? | Effect | Early-warning signal | Safeguard |
|---|---|---|---|---|
| Permanent protection | Renewing a tariff/ban without improvement | Higher prices and less innovation | No increase in productivity/quality | Sunset + review + competition |
| A factory without a market | Large design capacity and low utilisation | An idle asset and debt | Low operating levels/high inventory | Demand contract/market study and a phased gateway |
| Inputs made cheap through rent | Energy/gas/land below opportunity cost | Distorted incentives and wasted resources | Profitability dependent on subsidies | Transparent pricing and review |
| Domestic monopoly | Protection producing one or two players without entry | Poor cost and quality performance | High margins and entry complaints | Competition law/open entry/instrument review |
| Nominal local content | An Iraqi front and imported inputs without learning | Limited value | A local share inconsistent with invoices/services | Measure value, not nationality |
| An empty industrial city | Announcement and opening before demand | Immobilised capital | Low occupancy and non-operating facilities | Demand gateway, operator and operating finance |
| Quality gap | A product exists but cannot enter a contract/export market | Supplier difficulties | Rejection/returns/long testing times | Laboratory/accreditation/quality system |
| Water and energy depletion | Resource-intensive, low-value expansion | Pressure, environmental impacts and fiscal cost | Rising consumption per unit | Value/resource and location and technology limits |
| Political support | Choosing a chain/company through connections | Waste, corruption and lower trust | Exceptions outside the gateway | Public criteria, support register and audit |
| Inconsistent data | Mixing annual/cumulative figures or different coverage | A wrong decision | Unexplained jumps | Methodological register and reconciliation before KPIs |
21.1. Rights safeguards and market competition
Industrial policy does not entitle the administration to seize control of the market or allocate resources without transparency. Licensing, protection, procurement and allocation decisions must remain open to grievance and review, criteria must be published as far as possible, and ‘product protection’ must not serve as a cover for excluding a compliant competitor or entrenching a monopoly. Environmental and safety requirements must also apply to public and private actors on the same principle.
22. Conclusion and the bridge to agriculture and food security
Manufacturing is where the productive-economy idea faces a material test: can Iraq take a material, component or knowledge and create higher value from it, with stable quality and defensible resource consumption, through companies that learn and enter supply chains? If so, resources become a foundation of strength. If support sustains a factory that neither learns nor competes, industrialisation itself becomes a new form of rent.
Industry therefore does not end at the factory. Food takes us directly back to land, water, crops and farmers; the ability to process food cannot compensate for low-productivity agriculture or water-wasting irrigation. The next chapter, V2-D04-C04 — Agriculture and Food Security — takes up the other end of the chain: how Iraq can produce agricultural raw materials more sustainably, productively and securely, and connect them to industry without depleting water, closing the market or turning food security into a slogan of absolute self-sufficiency.
Footnotes and sources
Statistics and Geographic Information Systems Authority, Annual Survey of Large Industrial Establishments 2024, published in 2025 — Source link ↩︎
Statistics and Geographic Information Systems Authority, Annual Survey of Large Industrial Establishments 2024, published in 2025 — Source link ↩︎
Statistics and Geographic Information Systems Authority, Survey of Medium-Sized Industrial Establishments 2024, published in 2026 — Source link ↩︎
Statistics and Geographic Information Systems Authority, Cumulative Survey of Large Industrial Establishments 2025, published in 2026 — Source link ↩︎
Iraqi Ministry of Planning, Summary of the National Development Plan 2024–2028; and economic diversification programmes based on industries with comparative advantage and value chains — Source link ↩︎
Statistics and Geographic Information Systems Authority, Annual Survey of Large Industrial Establishments 2024, published in 2025 — Source link ↩︎
Statistics and Geographic Information Systems Authority, Annual Survey of Large Industrial Establishments 2024, published in 2025 — Source link ↩︎
Statistics and Geographic Information Systems Authority, Survey of Medium-Sized Industrial Establishments 2024, published in 2026 — Source link ↩︎
Statistics and Geographic Information Systems Authority, Cumulative Survey of Large Industrial Establishments 2025, published in 2026 — Source link ↩︎
Ministry of Oil/Oil Exploration Company, integrated Nasiriyah project: field, refinery, petrochemicals, power station, 23 April 2025; and integrated-project policies — Source link ↩︎
Royal Commission for Jubail and Yanbu, Jubail Industrial City and integrated logistics/infrastructure. And — Source link 1 — Source link 2 ↩︎
Statistics and Geographic Information Systems Authority, Annual Survey of Large Industrial Establishments 2024, published in 2025 — Source link ↩︎
Statistics and Geographic Information Systems Authority, Survey of Medium-Sized Industrial Establishments 2024, published in 2026 — Source link ↩︎
Iraqi Ministry of Health, opening the intravenous solutions line and localisation of the pharmaceutical industry, 7 March 2024 — Source link ↩︎
Iraqi News Agency, citing a government adviser, 34 pharmaceutical factories, approximately 40% coverage and technology-transfer agreements, 5 February 2026 — Source link ↩︎
World Bank WITS / UN Comtrade, Jordan pharmaceutical products exports, 2024, including exports to Iraq — Source link ↩︎
Statistics and Geographic Information Systems Authority, Annual Survey of Large Industrial Establishments 2024, published in 2025 — Source link ↩︎
Statistics and Geographic Information Systems Authority, Cumulative Survey of Large Industrial Establishments 2025, published in 2026 — Source link ↩︎
Central Organization for Standardization and Quality Control, quality-mark, standards and conformity-assessment services and 2026 standards updates. And service/all — Source link 1 — Source link 2 ↩︎
Ministry of Industry and Minerals, Ur State Company — cable, wire and aluminium products; and the State Company for Engineering Inspection and Rehabilitation — transformer inspection and rehabilitation capabilities 2026. And — Source link 1 — Source link 2 ↩︎
Central Organization for Standardization and Quality Control, quality-mark, standards and conformity-assessment services and 2026 standards updates. And service/all — Source link 1 — Source link 2 ↩︎
Iraqi Ministry of Justice, Industrial Cities Law No. (2) of 2019, Iraqi Gazette issue 4544 — Source link ↩︎
Iraqi Ministry of Justice, Iraqi Gazette issue 4871, Instructions No. (1) of 2026 on Conditions for Granting Licences to Establish, Develop or Operate Industrial Cities, 12 July 2026 — Source link ↩︎
Invest in Türkiye, Organized Industrial Zones and industrial infrastructure, 2026 — Source link ↩︎
General Commission of Customs via the Iraqi News Agency, 2026 procedures for verifying industrial projects and exemptions for raw materials and production lines, 26 April 2026 — Source link ↩︎
Iraqi Ministry of Finance, ASYCUDA project for customs automation and modernisation, implementation status 2024–2026 — Source link ↩︎
Statistics and Geographic Information Systems Authority, Iraq Environmental Survey of Large and Medium-Sized Industrial Establishments 2023 — Source link ↩︎
World Bank WITS / UN Comtrade, Jordan pharmaceutical products exports, 2024, including exports to Iraq — Source link ↩︎
Iraqi Ministry of Planning, Summary of the National Development Plan 2024–2028; and economic diversification programmes based on industries with comparative advantage and value chains — Source link ↩︎
Statistics and Geographic Information Systems Authority, Annual Survey of Large Industrial Establishments 2024, published in 2025 — Source link ↩︎
Statistics and Geographic Information Systems Authority, Annual Survey of Large Industrial Establishments 2024, published in 2025 — Source link ↩︎