Overseas Crude Oil Futures Brokerage Agency – Master Account

【Summary】 In-depth analysis reveals that the peak global refinery maintenance season will persist until late May. Meanwhile, the upcoming gasoline demand旺季 is expected to provide support, and inventory pressures across regions remain modest. The relatively tight supply-demand balance is set to continue, lending strong support to key blending components. However, recently both U.S. and Asian high- and low-octane value spreads have narrowed, indicating that low-octane components have strengthened in relative valuation more than high-octane ones. Aromatics-chain products—including toluene, xylene, and ethylbenzene—have not yet received significant upward impetus from gasoline blending logic. The earlier sharp price rally in aromatics was driven more by market advance stocking and refinery maintenance, rather than sustained blending demand. Cross-commodity comparison shows benzene benefited more—due to ethylbenzene’s superior economics—and posted larger gains. Inquiry: 3577940467 Looking ahead, real gasoline demand will face tests during the peak season. In North America, both gasoline supply and demand are rising, with net inventory drawdowns dominating; however, the degree of high-octane component shortage is likely to be less severe than last year, though octane value spreads still hold room for recovery. Additionally, close attention should be paid to ethylbenzene’s relative economics in gasoline blending, as it continues to influence the strength relationship among related chain products—and may trigger temporary divergence in primary aromatics’ performance. 1. Gasoline remains relatively tight during peak season—but no major contradictions have emerged. Crude oil (630, 1.70, 0.27%) and refined product prices have both shifted higher, and gasoline cracks have notably strengthened. Since the start of this year, energy commodities have rebounded from lows: WTI crude oil’s price center rose from $70/bbl to ~$77/bbl; refined products overall outperformed crude, with RBOB gasoline rising from $2.0/gal to trade above $2.5/gal. Calculated U.S. gasoline crack (RBOB–WTI) has climbed near $30/bbl—sharply stronger month-on-month over the past two months, albeit slightly lower year-on-year. Indeed, gasoline supply-demand fundamentals tightened somewhat since January. Crack changes also reflect partial impact from tighter delivery specifications. Regional performance diverges: gasoline valuations are higher in Europe and the U.S. Due to heavier-than-usual refinery maintenance and logistics disruptions earlier, gasoline supply there became tighter—hence their cracks rose more sharply than Asia’s. Singapore gasoline crack rose modestly in January but has since remained range-bound. Refinery maintenance peaks in Europe and the U.S. during February–March; in China, it peaks during April–June. Gasoline tightness stems partly from reduced supply. Starting mid-January, European and U.S. refiners entered spring maintenance, with overall intensity exceeding expectations. Some North American refineries voluntarily lowered output due to cold snaps; utilization bottomed at 80.6% in mid-February. Meanwhile, additional unplanned shutdowns occurred across Europe and the U.S.

Yanke Column | Are Long Opportunities Emerging in Energy & Chemical Commodities?

This systemic perspective helps us analyze the transmission mechanism between supply and profitability more effectively—yet such transmission often exhibits nonlinearity and counterintuitive features. Conventional wisdom assumes a linear logic: “low profit → production cut → supply contraction → profit recovery.” But within the complex energy & chemical (E&C) value chain, the first-level transmission may fail: even if one product incurs losses, its supply may not promptly contract—if it is an unavoidable co-product of another highly profitable item, or if shutdown costs are prohibitively high. The second-level transmission is more dialectical: when the price of a co-produced or associated commodity plummets, it may paradoxically stabilize or even lift the price of another primary product. This occurs because collapsing margins across the integrated unit depress overall plant profitability—potentially forcing reductions in overall operating rates, thereby cutting total output of all co-products. Here, reduced supply of the main product does not stem from its own profit dynamics, but rather from passive cuts triggered by its “sibling product’s” weakness. Thus, identifying and quantifying such cross-commodity profit linkages and supply interdependencies lies at the heart of understanding evolving E&C sector supply-demand dynamics. 1. Chlor-Alkali Industry Chain First, PVC supply exemplifies passive supply behavior. Caustic soda (sodium hydroxide) and liquid chlorine are fixed-ratio co-products generated via saltwater electrolysis. The core feature of the chlor-alkali chain is the rigid co-production relationship between caustic soda and chlorine. Electrolysis fixes the output ratio (caustic soda : chlorine : hydrogen ≈ 1 : 0.886 : 0.025), with cost allocation split roughly 53% to caustic soda and 47% to chlorine. Production decisions are thus primarily driven by caustic soda demand: when sectors like alumina (28% of caustic demand), chemicals (13%), and dyeing & printing (13%) boost caustic soda utilization, liquid chlorine output rises inevitably as a byproduct. Liquid chlorine is difficult to store and costly to transport, requiring timely absorption by downstream chlorine-consuming products. PVC—the largest chlorine sink (46% of chlorine demand)—therefore sees its supply “held hostage”: even with weak PVC margins, producers must maintain or raise PVC operating rates to preserve chlorine-alkali balance and avoid chlorine inventory build-up—thus passively increasing PVC supply and pressuring prices. This co-production structure likewise constrains caustic soda’s supply elasticity. If chlorine-demand sectors (e.g., PVC, chloromethanes, hydrochloric acid) weaken—driving down liquid chlorine prices—it directly erodes chlorine-side revenue (47% of electrolysis unit cost), compressing integrated profitability. When liquid chlorine prices fall so low—or even require subsidized disposal—that overall chlor-alkali margins turn negative, producers may cut electrolysis loads to limit losses—even if caustic soda demand remains sound—thus suppressing caustic soda supply. 2. Fuel Blending & Aromatics At the intersection of the aromatics chain and fuel blending markets, supply shifts occur passively due to comparative economic attractiveness. Aromatic components—such as toluene and mixed xylenes—are vital basic chemical feedstocks. Mixed xylenes can be separated into para-xylene (PX) for polyester fiber and plastic production; toluene can undergo disproportionation to yield benzene and xylenes, feeding styrene, phenol-acetone, and other derivatives. Yet these aromatics—owing to their excellent high-octane properties (RON 105–120+)—are also ideal gasoline blending components.

EPCA: Octane pull reshaping US Gulf aromatics market

just now

Surging octane demand is restructuring the US Gulf aromatics market, diverting ethylbenzene and cumene to gasoline blending while elevating benzene and styrene prices through 2026 amid shifting global trade flows.

chemweek

2026-10-11

EPCA: Octane pull reshaping US Gulf aromatics market

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