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Indicative price brief for Phenol - Europe. Methodology: trade publications, broker reports, and industry sources reviewed by Nexchem. This is directional intelligence, not a regulated benchmark assessment.
European phenol technical grade delivered pricing and acetone co-product economics. Cumene feedstock dual cost elevation from benzene and propylene, INEOS Phenol Antwerp and Kumho P&B capacity analysis, BPA polycarbonate and epoxy resin derivative demand, and 3-scenario price outlook. Published monthly.
European phenol is up 10.8% year on year and demonstrates the dual feedstock compound exposure unique to the cumene-phenol chain - cumene requires benzene and propylene simultaneously, phenol is produced from cumene, so every NWE benzene and propylene cost increase compounds into phenol production cost through the cumene intermediate, making phenol one of the European specialty chemicals with the most concentrated Hormuz feedstock impact in proportional terms.
European phenol supply is produced by INEOS Phenol at Antwerp Belgium with approximately 480 KT per year, Kumho P&B Chemicals at Rotterdam Netherlands with approximately 180 KT per year, and CEPSA at Puertollano Spain with approximately 120 KT per year. All use the cumene hydroperoxide process - cumene is oxidised to cumene hydroperoxide, cleaved to phenol and acetone co-product at a fixed ratio of approximately 0.62 MT acetone per MT phenol. The acetone co-product economics are therefore integrated with phenol pricing, and elevated acetone pricing at EUR 478 per metric tonne provides additional revenue support for European phenol producers operating the integrated cumene-to-phenol chain. Demand for Phenol in Europe is structured across multiple end-use segments with differentiated price sensitivity, from commodity polymer and rubber applications to specialty chemical intermediates where performance requirements limit substitution and create defensible pricing above commodity benchmarks. Benzene and Propylene Both Rising - Phenol production requires approximately 1.32 MT cumene per MT phenol, and cumene production requires approximately 0.74 MT benzene and 0.28 MT propylene per MT cumene. Both NWE benzene and propylene are elevated by Hormuz-related naphtha cos. In the current 2026 supply and demand environment, Phenol pricing in Europe reflects both structural market conditions and active geopolitical supply chain disruption.
The IMF confirmed in March 2026 that the closure of the Strait of Hormuz had disrupted approximately 20% of global seaborne oil and LNG supply. For European phenol, the Hormuz disruption propagates through the most multi-step aromatic feedstock chain in the European chemical tracking universe: Hormuz closure elevates naphtha, elevated naphtha elevates NWE benzene and propylene simultaneously, elevated benzene and propylene compound into cumene cost, elevated cumene flows into phenol production cost. The EUR 116 per metric tonne year on year phenol price increase is the endpoint of this four-step Hormuz cost propagation chain. Phenol Derivative Pull - BPA bisphenol A for polycarbonate resin and epoxy resin is produced from phenol and acetone, consuming approximately 1.8 MT phenol per MT BPA. Elevated polycarbonate and epoxy resin demand from.
The paid report is a professionally formatted PDF with structured sections, colour-coded grade price tables, alert boxes, capacity atlas tables, a 3-scenario price outlook, and analyst cards. The accompanying Excel file contains all price data in editable format for direct integration into procurement models.
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Every Nexchem Intelligence price report includes field-level analyst commentary covering supply shortages, qualification timelines, geopolitical friction, and pricing pressure - not generic market narrative. Nexchem analysts are active in the market and attribute all field intelligence to verifiable primary sources.
The paid report includes full scenario assumptions, quarterly price ranges for Q3 2026, Q4 2026, and Q1 2027, probability weighting for each scenario, and a procurement recommendation tailored to each case - covering what to do if the bull case materialises, what to hedge in the base case, and how to protect exposure in the bear case.
The IMF confirmed in March 2026 that the closure of the Strait of Hormuz had disrupted approximately 20% of global seaborne oil and LNG supply. For European phenol, the Hormuz disruption propagates through the most multi-step aromatic feedstock chain in the European chemical tracking universe: Hormuz closure elevates naphtha, elevated naphtha elevates NWE benzene and propylene simultaneously, elevated benzene and propylene compound into cumene cost, elevated cumene flows into phenol production cost. The EUR 116 per metric tonne year on year phenol price increase is the endpoint of this four-step Hormuz cost propagation chain.
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