Entering September 2026, the green transformation of China’s chemical industry keeps accelerating. The implementation of dual‑carbon policies is refined step by step, and energy consumption as well as carbon emission indicators have gradually been incorporated into the assessment system for chemical enterprises. The competition logic of the precipitated silica sector is undergoing another round of transformation. Previously, industry players competed on production capacity and basic product specifications. Nowadays, low‑carbon manufacturing, clean production and carbon footprint certification have become essential qualifications for leading companies to seize high‑end domestic and overseas markets. Against the backdrop of price‑driven competition and slim profit margins for general‑grade precipitated silica, low‑carbon technological renovation is no longer an optional upgrade. Instead, it serves as a mandatory threshold for enterprises to maintain long‑term market access and secure orders from high‑end customers. Green manufacturing capacity is widening the comprehensive gaps between manufacturers.

　　At the upstream production stage, the traditional precipitated silica process consumes large volumes of water and steam, accompanied by substantial wastewater treatment costs. As environmental regulations tighten, operation and maintenance expenses for outdated production lines keep rising. An increasing number of enterprises launch energy‑saving technical renovation projects. They adopt waste‑heat recovery systems, circulating water recycling devices and automatic temperature‑controlled reaction equipment to cut unit consumption of energy and water. Some leading manufacturers optimize synthesis and drying workflows to reduce coal and electricity usage and continuously lower the carbon emission value per unit product, completing the filing of product carbon footprints. After green upgrading, companies can not only avoid risks of production restriction or shutdown, but also target high‑demand customers in the new‑energy and foreign‑trade sectors relying on low‑carbon product qualifications, forming differentiated market advantages.

　　Downstream high‑end markets are witnessing rapidly growing demand for low‑carbon precipitated silica. Leading brands in sectors such as new‑energy tires, power‑battery supporting materials, photovoltaic sealants and high‑end eco‑friendly coatings have added screening criteria for low‑carbon products and environmental compliance in supply‑chain bidding. When end‑product brands export to overseas markets, complete carbon‑footprint reports and environmental test documents are required, forcing upstream precipitated silica suppliers to upgrade manufacturing processes. Even with qualified performance, ordinary industrial‑grade precipitated silica will gradually lose access to high‑end orders without low‑carbon certifications. Low‑carbon modified precipitated silica combines superior powder performance with eco‑friendly production attributes, enjoying stronger bargaining power and more stable orders in high‑end supply chains, opening up a brand‑new profitable track separated from traditional price wars.

　　The export market shows a growing preference for low‑carbon chemical products. Countries across Europe, America, Southeast Asia and other regions have successively rolled out carbon‑border adjustment mechanisms and green procurement rules, pushing up export costs for high‑carbon chemical goods. Precipitated silica products with complete carbon accounting and low‑carbon certifications can avoid additional tariff costs and gain easier access to premium overseas supply chains. Many overseas purchasers inquire about factory environmental qualifications, carbon‑emission data and waste treatment solutions at the inquiry stage. A green label has become a vital bonus for domestic precipitated silica products going global. Domestic enterprises that take the lead in completing green technological renovation gain greater initiative in competing for overseas orders and continuously expand their foreign‑trade market share.

　　The industrial supply pattern keeps reshuffling alongside the green transition. Small‑and‑medium‑sized factories with limited environmental investment and outdated, high‑energy‑consumption processes face huge capital pressure for technical upgrades. They struggle to meet increasingly strict energy‑consumption standards and will confront production limits, rectification or even market withdrawal in the long run. Leading enterprises with solid capital and long‑term R&D awareness keep increasing investment in green manufacturing, build comprehensive carbon‑management systems and construct benchmark production lines for low‑carbon precipitated silica. Market resources, high‑quality downstream clients and overseas orders keep concentrating on manufacturers with eco‑friendly production capabilities. Industrial concentration rises further, and the sector abandons the extensive expansion model in favour of an energy‑saving, clean high‑quality development path.

　　In the long run, low‑carbon transformation will remain one of the most important development themes for the precipitated silica industry in the coming years. The market will be divided into two segments: conventional general‑grade precipitated silica will continue the stock competition with thin profits; low‑carbon eco‑friendly modified precipitated silica will maintain steady profit margins supported by policy dividends and high‑end downstream demand. In the future, corporate core competitiveness will no longer be limited to product indicators, but will rely on integrated green production capacity, carbon management and a full set of environmental compliance qualifications. As China’s dual‑carbon policies move forward and global green‑trade rules improve continuously, enterprises mastering low‑carbon processes will occupy a favourable position in the new round of industrial competition and lead the domestic precipitated silica industry toward green upgrading.