Wind shifts dramatically! Dow and Celanese adjust global capacity layouts, with Asia emerging as the new growth hub.

Persistent losses have been the core reason behind Dow’s repeated optimization of personnel and production capacity. In recent years, Dow has launched multiple rounds of global cost-cutting initiatives: two large-scale layoffs in 2023 and 2025 respectively, followed by a comprehensive restructuring plan announced in January 2026—aiming to cut 4,500 jobs globally and generate an additional $2 billion in operating profit. Financial data shows Dow posted a full-year net loss exceeding $2.4 billion in 2025; in Q1 2026, revenue declined 6% year-on-year, with a single-quarter loss of $445 million—significantly intensifying operational pressure. Meanwhile, geopolitical factors have disrupted shipping through the Strait of Hormuz, constraining nearly half of the world’s ethylene and polyethylene supply. Shortages of chemical raw materials and rising prices are expected to persist throughout 2026. While scaling back operations in Europe, Dow continues to ramp up investment in the Chinese market. In April 2026, Dow Silicones (Zhangjiagang) officially broke ground on its expansion project for silicone polymers—adding 2,500 tons/year capacity. The site already hosts mature production lines for alcohol ethers, polyether polyols, siloxanes, and fumed silica, and is further developing downstream products including silicone resins, liquid silicone rubber, and sealants—forming a complete industrial chain and becoming a key manufacturing hub for Dow in China. On the personnel front, Karen S. Carter, Dow’s Chief Operating Officer, will assume the role of CEO and join the Board of Directors effective July 1, overseeing the implementation of Dow’s next strategic phase. Major capacity realignment: Celanese pivots toward China and India Shortly after Dow, specialty materials company Celanese announced on June 4 the immediate closure of its engineering plastics compounding plant in Ulsan, South Korea. All local capacity will be transferred to Celanese’s production bases in Nanjing and Shenzhen (China) and Silvassa (India). This move implements Celanese’s ‘Grow & Strengthen’ strategy—aiming to optimize its global manufacturing network and reduce operating costs, while leveraging established capacities in China and India to reinforce supply-chain advantages across Asia. As a Fortune 500 enterprise generating $9.5 billion in annual sales and employing approximately 11,000 people worldwide, Celanese specializes in engineering plastics such as PET, PA, PBT, and high-temperature nylons—serving automotive, electronics & electrical, and industrial manufacturing sectors. The company stated that Asia offers vast growth potential; shifting capacity to China and India enables closer proximity to end customers and shortens service reach. During the transition period, Celanese will fully ensure stable order fulfillment for all customers. In fact, Celanese has been reviewing assets and streamlining operations globally over the past two years. In May 2026, the company announced the closure of its nylon plant in Singapore and optimized two major nylon 66 production facilities in North America—proactively reducing polymer capacity. At the same time, it is strategically launching new businesses: developing liquid crystal polymers (LCP) in China, launching medical-grade compounds across Asia, and advancing product localization in India.

Celanese Laser focuses on sustainability.

Its efforts have not gone unnoticed. On May 9, the American Chemistry Council (ACC) awarded Celanese the 2024 Circular Sustainability Leadership Award in the recycling category. The ACC recognized Celanese’s active carbon capture and utilization (CCU) project at its Clear Lake, Texas production site—a joint venture with Mitsui & Co., Ltd. under Fairway Methanol. This project is expected to capture 180,000 tons of CO₂ industrial emissions annually and produce 130,000 tons of low-carbon methanol. Related: The rise of metal-substitution stars The CCU project captures CO₂ industrial emissions that would otherwise be released into the atmosphere from Celanese and third-party sources, then chemically converts the captured CO₂ into methanol building blocks—using hydrogen with reduced carbon intensity. [For more industry knowledge on ‘plastics,’ ‘engineering plastics,’ ‘specialty plastics,’ and ‘modified plastics,’ plus massive material property databases, abundant material selection case studies, and cost-reduction & efficiency-enhancement solutions, visit ‘PlasticLibrary.com’!] This low-carbon feedstock is then used to displace conventional fossil-fuel-based raw materials in producing a broad range of products benefiting most major industries. Kelly noted that Celanese is using this carbon-capture-derived methanol to manufacture polyoxymethylene (POM), also known as acetal, at its Bishop, Texas facility. He said the resulting POM ECO-C resin achieves a net-zero carbon footprint. “This excites customers greatly,” he said, “especially in consumer electronics—this is the area attracting the most interest right now.” Recent financial performance. Meanwhile, on May 8, the global chemical and specialty materials company reported first-quarter financial results. For the three months ended March 31, 2024, net sales rose 2% to $2.61 billion, while net income increased 33% to $124 million. Chairman and CEO Lori Ryerkerk stated: “Our first-quarter results demonstrate our execution capability within a business environment that remains stable yet shows only limited signs of recovery.” “We are seeing financial benefits from actions completed last year—particularly within the former M&M portfolio—and we will continue implementing further initiatives to strengthen Celanese’s profitability.” These actions include closing two former DuPont plants in Europe, which Kelly described as being on the ‘high end of the cost curve.’ The first was the nylon 6/6 polymerization unit in Uentrop, Germany—shut down last autumn; the second was the specialty compounding facility in Mechelen, Belgium—closed recently. Launching new grades. Meanwhile, Celanese has introduced new grades based on former DuPont materials, including: • Vectra|Zenite LCP ECO-B: a liquid crystal polymer (LCP) produced via mass-balance methodology, containing up to 60% renewable content. • Zytel High-Performance Nylon (HPN) grades—described by the company as a transformative suite of renewable-energy-based solutions specifically designed for the consumer electronics industry. These grades feature ultra-low density and high modulus, enhancing performance in smartphones, augmented/virtual reality devices, and other wearables. • Zenite LCP 16236(N): an ultra-high-flow, low-warpage LCP solution tailored for miniaturized connector applications. This material delivers excellent flow characteristics suitable for thin-wall applications, along with stable warpage control.

Celanese Corp Q1 Earnings Meet Revenue Forecasts

May 12, 2026

Celanese reported Q1 2026 revenue of $2.34 billion aligning with analyst expectations, though adjusted EPS slightly missed estimates. The company anticipates an acetyl chain rebound to drive growth in the second quarter.

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