Summary
EU27 chemical plants are running well below long-term averages. Capacity utilization was 75.0% in the third quarter, up from 73.2% in the first quarter, but still 6.3 points below manufacturing overall 2. Global chemical production growth forecasts were cut from 3.5% to 1.9% for the next period 4. Analysts describe growing global overcapacity in basic chemicals and say the industry is nearing the bottom of a capital cycle 4. Energy cost disadvantage versus the United States is a major concern for European producers 1. Industry-wide benchmarks for cost, schedule, yield, downtime, lead time and safety are largely absent from the verified pack. The one project benchmark, from a turnkey industrial project portfolio, shows average cost overruns of 21.1% and delays of 3.3 years, though its period and geography are not stated 10. The main risks are persistent underutilisation, trade and energy shocks, and project variance. The main opportunities lie in efficiency measures and emissions reduction, though the evidence on these is modelled or forecast rather than observed 78.
Key findings
- 1
-
2
Global basic chemicals overcapacity is growing
Deloitte reports growing global overcapacity in basic chemicals and forecasts slower production growth. Its expectation of persistent excess capacity in polyethylene, polypropylene, olefins and aromatics is a forecast, reported secondhand 45.
Confidence: Qualitative -
3
Turnkey industrial projects show large cost and schedule variance
A portfolio study reports average overruns of 21.1% in cost and 3.3 years in delay against pre-feasibility estimates. The main cause of time overrun was client changes to design and scope during construction. The period and geography are not stated 10.
Confidence: Medium -
4
Chemicals are a large and hard-to-abate emissions source, but the reduction figures are modelled
The chemicals industry is cited as about 5% of global greenhouse gas emissions and among the hardest industries to abate 7. The roughly 90% reduction for basic chemicals is a scenario model result for four regions, not an observed outcome 7. The sector's direct CO2 is cited at about 1.4 gigatonnes per year 9.
Confidence: Medium -
5
European energy costs are a widening competitive disadvantage
Cefic reports that the EU27-US gas price gap widened in the latest period, placing European producers at a substantial energy cost disadvantage. No verified numeric gas price series is in the pack 1.
Confidence: Qualitative
11. Industry definition and scope
This report covers chemical and process engineering as the design, scale-up, operation, maintenance and delivery of plants that convert feedstocks into chemical products through chemical and physical processes. The core segment is basic chemicals, including olefins, aromatics, polyethylene and polypropylene 5. The report also covers the delivery of turnkey industrial plants, because project cost and schedule evidence is central to lifecycle performance 10.
The geographic scope is global, with an EU27 emphasis. EU27 data is used for capacity utilization, production and energy cost evidence 123. Global data is used for overcapacity, decarbonisation and project variance 46710. The reporting period is the latest available data in the pack. Some sources are undated or do not state a period, and those are flagged where used.
Terminology varies across sources. Capacity utilization is reported by Cefic for the EU27 chemical sector 2, but Coface gives a global figure for major producers without a stated date 6. These measures are not directly comparable. Source S5 is a blog summary of Deloitte's outlook, so the primary Deloitte report 4 is used where possible.
Scope is set by the sources in the pack. Where a figure is EU27-only, undated or from a different geography, this is stated in the text.
Assumptions behind these figures
- Chemical and process engineering outcomes are treated as closely linked to chemicals production conditions, since the pack provides no separate engineering services data.
22. Market size, structure and value chain
The pack does not give a verified market size in currency terms for chemical production or process engineering services, so no sector revenue is reported. EU27 chemical production averaged an index level of 85.0 between January and June of the latest period 2. The index base is not defined in the source, so it cannot be converted into a value. Production fell 3.2% year on year in the first quarter 3, and global production growth was forecast at 1.9% for the next period and 2% for the period after 4.
The value chain runs from feedstocks, through design and engineering, production, distribution, maintenance and end-of-life management. Energy and feedstock costs sit at the front of the chain. Cefic identifies the EU27-US gas price gap as a structural cost issue 1, but the pack has no verified feedstock or gas price series. Decarbonisation affects the whole chain: the sector is cited as emitting about 1.4 gigatonnes of direct CO2 per year 9.
Stakeholders named in the pack are producers, industry associations such as Cefic and RMI 18, research bodies 7, and investors. Transition Pathway Initiative published Carbon Performance data for 23 chemical companies with a combined market capitalisation of $1.02 trillion as of June of the latest period 9. The pack does not verify EPC contractors, equipment suppliers or standards bodies by name, which is a major gap for a value chain analysis.
- EU27 chemical capacity utilization 75.0percent of capacity Observed EU27, Third quarter, latest available data [2]
- 73.2 percent of capacityFirst quarter
- 75 percent of capacitySecond quarter
- 75 percent of capacityThird quarter
Utilization rose over the latest available quarters but stayed below long-term averages. The second-quarter value is from S1 and the other two are from S2.
Source: Cefic (European Chemical Industry Council)
View the data
| Item | Value |
|---|---|
| First quarter | 73.2 percent of capacity |
| Second quarter | 75 percent of capacity |
| Third quarter | 75 percent of capacity |
Chart values are verified figures. The second-quarter value is stated as about 75% in S1 and is shown as reported.
33. Customers, demand and adoption
The pack does not provide end-user demand volumes, customer segment shares or adoption rates for chemical or process engineering outputs. Demand conditions can only be inferred from production and forecast data. Production fell 3.2% year on year in the first quarter 3, and forecast growth was cut to 1.9% 4. These figures point to weak demand relative to capacity, although the pack does not separate demand effects from supply effects.
In project delivery, the client is a central actor. A turnkey project portfolio study found that the major cause of time overrun was client changes to design and scope during construction 10. This suggests that purchasing and contracting decisions, including scope stability and change control, strongly affect project outcomes. This is an interpretation of one study with no stated period or geography.
Barriers to demand and investment include energy costs in Europe 1 and trade uncertainty. Cefic cites US measures and tensions affecting the Strait of Hormuz as risks to the EU chemical outlook 3. Expectations are shifting toward lower-carbon production, as shown by the decarbonisation modeling in the pack 78, but the pack contains no verified customer adoption data for low-carbon chemicals.
No verified customer survey, procurement criteria or adoption series is in the pack. Points on purchasing criteria are interpretation.
Assumptions behind these figures
- Customer and buyer interpretation is drawn from one project study and from production trends, not from direct customer surveys.
44. Competitive landscape and key players
The pack does not contain a comparison of chemical producers or process engineering contractors. Comparable company examples were therefore limited. The named organizations in the pack are mainly industry associations, analysts and research bodies, which are not competitors in the market sense. They are used here to describe provider types and perspectives.
Concentration is a central competitive feature. Coface reports that China's share of key basic chemical capacity is approaching 50% 6. The same source forecasts a further 16% expansion in Chinese polyethylene capacity 6. Deloitte expects excess capacity to remain significant in polyethylene, polypropylene, olefins and aromatics 5. These trends intensify pricing pressure on producers in exposed segments. The pack gives no verified market share, margin or price data for individual producers.
Business models differ by provider type. Industry associations such as Cefic publish sector-level monitoring 12. Consultancies such as Deloitte publish outlooks and signals 4. Risk analysts such as Coface publish sector risk assessments 6. Research groups publish scenario models 7. Transition Pathway Initiative publishes company-level carbon performance data 9. Each has a different purpose and evidence base, so their figures should not be combined without reconciling definitions.
Provider types are compared on their stated purpose and evidence. No company performance ranking is made because the pack lacks comparable company metrics.
55. Technology, operations and workforce
The pack contains no verified data on yield, defect rates, plant downtime, lead times, automation adoption, productivity or energy intensity for chemical plants. These are core indicators for process engineering, and their absence is the most important technology gap in this report. No productivity trend can be stated.
Efficiency is one technology lever with some evidence. RMI assessed 20 emissions reduction levers for the US chemical industry through interviews with over 30 experts 8. It estimates that efficiency measures reducing energy demand could cut sector emissions by about 13% 8. This is a forecast for the US with no stated period, and it is an estimate from expert-informed analysis, not an observed result.
Project delivery is where operational weakness is most visible in the pack. Turnkey industrial projects averaged a 21.1% cost overrun and a 3.3-year delay against pre-feasibility estimates 10. The study does not state the period or geography, so the figures should be read as indicative. Scope control and design freeze are central to reducing this variance, according to the study's identified cause 10.
Workforce data is not available. The pack has no verified figures for skilled-labor shortages, workforce size, training pipelines or automation rates in chemical and process engineering. Any statement about skills demand would be unsupported by the evidence in this pack.
- Turnkey industrial project average cost overrun against pre-feasibility estimate 21.1percent Observed Not stated in source, Not stated in source [10]
- Turnkey industrial project average delay against pre-feasibility estimate 3.3years Observed Not stated in source, Not stated in source [10]
Project variance figures come from one study with no stated period or geography and are not a sector-wide benchmark.
66. Regulation, standards, risk and sustainability
The pack covers the EU27 and United States as the main jurisdictions for market and energy evidence. It does not contain the text of any binding regulation, emissions rule or energy policy, so no binding requirement can be stated from it. Where the report mentions regulatory or policy context, it reflects only the sources' general descriptions. Proposed rules and voluntary guidance are not identified in the pack.
Standards are not covered. The pack contains no verified ISO, IEC or other process-plant standards, and it does not identify standards bodies by name. Safety performance, incident rates and quality metrics are also not in the pack, so no statement on safety or quality outcomes can be made.
Decarbonisation is the main sustainability issue. The chemicals industry is cited as about 5% of global greenhouse gas emissions and among the most difficult to abate 7. The scenario model reports that basic chemical emissions could fall by about 90% in four regions by a future date 7. This is a modelled outcome, not an observed trend. Sources disagree on the chemicals share of global emissions, and the pack does not resolve this 79.
Operational risks include trade measures, energy supply and geopolitical disruption. Cefic cites US measures and Strait of Hormuz tensions as sources of uncertainty 3. Coface reports that global capacity utilization among major producers fell below 75%, though the figure is undated 6.
- Chemicals share of global greenhouse gas emissions 5percent Observed Global, Present, per source [7]
| Measure | Reported figure | Geography | Value type | Source |
|---|---|---|---|---|
| Chemicals share of global greenhouse gas emissions | About 5% | Global | Observed | [S7] |
| Basic chemicals emissions reduction in modelled scenario | About 90% versus baseline | North America, Europe, Middle East and China | Forecast (model) | [S7] |
| Efficiency measures reducing energy demand | About 13% reduction | United States | Forecast, period not stated | [S8] |
| Chinese polyethylene capacity expansion | Further 16% | China | Forecast | [S6] |
Table combines figures with different geographies and value types. Each row keeps its own source marker and value type.
Assumptions behind these figures
- The modelled 90% reduction assumes the scenario conditions in the study, which are not restated in the pack.
77. Challenges, opportunities and case examples
The main constraint is persistent underutilisation. EU27 utilization remains well below long-term averages 12, and global overcapacity in basic chemicals is growing 4. Plant owners face weak returns on additional capacity and pressure to manage existing assets for efficiency. Energy costs add to this pressure in Europe 1.
Project delivery is a second constraint. Cost and schedule variance of the size reported in the turnkey portfolio 10 makes investment decisions risky. Scope discipline during construction is a clear lever, because client changes were the major cause of time overrun in that study 10.
Opportunities include efficiency and decarbonisation. RMI's lever assessment suggests efficiency alone could cut US sector emissions by about 13% 8, and the scenario model suggests far deeper reductions are possible under its assumptions 7. Transparent company-level carbon data, as published by Transition Pathway Initiative for 23 companies 9, may help investors and customers compare performance.
Case examples from the pack are limited. Deloitte's analysis of the capital cycle 4 shows how investment timing relates to overcapacity. RMI's expert-based lever study 8 shows how efficiency options are assessed for a national industry. Transition Pathway Initiative's company data 9 shows how carbon performance can be compared across listed producers. None of these examples report operating data from specific plants.
Case examples are provider analyses, not operational case studies. Comparable plant-level examples were limited in the pack.
88. Outlook and strategic implications
Near-term scenario: utilization stays low. EU27 utilization has improved from 73.2% to 75.0% across the latest quarters 2, but remains below long-term averages 1. If demand growth stays near the forecast 1.9% 4, utilization is unlikely to recover quickly, and this is an interpretation rather than a forecast in the pack.
Medium-term scenario: overcapacity and energy costs shape investment. Deloitte expects overcapacity in key commodity segments 5, and Coface forecasts continued expansion in Chinese polyethylene capacity 6. European producers face an energy cost gap 1. Together these point to selective investment and possible asset consolidation, though the pack offers no quantified scenario for either.
Decarbonisation scenarios are modelled. The reductions in the scenario model 7 and the efficiency potential in the US study 8 are forecasts under stated assumptions. They are not evidence of current performance. Stakeholders should plan against these ranges rather than treat them as expected outcomes.
Practical implications: producers should prioritize utilization, energy efficiency and cost control. Engineering contractors and owners should tighten scope control and change management to reduce project variance 10. Investors and regulators should seek consistent, dated, plant-level data, since the pack shows that key indicators are missing.
Scenarios are qualitative and reflect the directional evidence in the pack. No quantified scenario model for the sector is available in the pack.
Assumptions behind these figures
- Scenario statements are interpretation based on the sources and are not forecasts from the pack.
99. Conclusion
The most defensible assessment is that the sector is operating with excess capacity and weak demand, under energy cost pressure and with large project variance. The strongest verified facts are the EU27 utilization figures 2 and the turnkey project variance benchmark 10, although the latter has no stated period. Decarbonisation and efficiency evidence is modelled, and the workforce and operating data needed for a full assessment is not in the pack.
Conclusion reflects the verified and modelled evidence in the pack only.
How this was built
This report uses only the ten sources in the pack. Figures are marked as observed, forecast or modelled, and interpretation is labelled. Global and EU27 data are kept separate. Dates are shown as latest available data, and undated figures are flagged.
Limits to keep in mind
- No verified market size, revenue or capital expenditure data for chemical plants or process engineering services.
- No verified capacity utilization series on a consistent global basis. The Coface figure is undated and the Cefic figures cover the EU27 only.
- No verified industry-wide cost or schedule benchmark. The turnkey project figures have no stated period or geography.
- No verified data on yield, defect rates, downtime, lead times, safety performance or energy intensity for the sector.
- No verified skilled-labor, workforce or automation figures.
- No verified input cost series for feedstocks, natural gas or power. The EU27-US gas gap is described only qualitatively.
Sources
-
1
Cefic Chemical Trends Report (second-quarter edition)
cefic.org -
2
Chemical Trends Report (third-quarter edition)
cefic.org -
3
Cefic's Chemical Trends Report first-quarter edition is out
cefic.org -
4
Chemical Industry Outlook
deloitte.com -
5
Deloitte's outlook: Reading the Signals on the Capital Cycle Bottom
chemicalsblog.com -
6
Sector risk analysis: Chemicals
coface.com -
7
Decarbonizing Basic Chemicals Production in North America, Europe, Middle East, and China: a Scenario Modeling Study
pubs.acs.org -
8
Chemistry in Transition: Charting solutions for a low-emissions chemical industry
rmi.org -
9
Carbon Performance data for chemical producers
transitionpathwayinitiative.org -
10
Analysis of Causes of Delays and Cost Overruns as Well as Mitigation Measures in Turnkey Industrial Projects
researchgate.net