Zero-Carbon Plastics, Green Future — Interpreting Kingfa’s 2025 Sustainability Report

Kingfa Science & Technology Co., Ltd. has officially released its 'Kingfa Science & Technology Co., Ltd. 2025 Sustainability Report', comprehensively showcasing the company’s performance over the past year in environmental, social, and governance (ESG) areas. In 2025, Kingfa achieved a S&P Global CSA ESG score placing it within the top 20% of global chemical enterprises and received an AA rating from Wind ESG, earning multiple awards for outstanding sustainability practices—affirming its industry leadership and tangible achievements in sustainability. Cover of Kingfa’s 2025 Sustainability Report Sustainability Leadership: Anchoring Strategic Direction Adhering to its core value of "putting value creators first," Kingfa is committed to empowering a better life and a healthier natural ecosystem through high-quality products and services. It focuses deeply on key stakeholders—including investors, customers, employees, and communities—and strives to generate long-term, sustainable, and shared value for all. Kingfa has established an ESG governance structure tailored to its business characteristics and management model: a four-tier framework comprising the Board of Directors, the Strategy and Sustainability Committee, the ESG Working Group, and ESG-related functional departments/subsidiaries. Each tier has clearly defined responsibilities and authority, enabling top-down internal ESG management. This ensures that ESG principles are deeply integrated into strategic planning and daily operational decision-making, embedding sustainability requirements across the entire management and operations process to drive high-quality corporate development. Green Development: Building a Low-Carbon, Circular Ecosystem Guided by the environmental management philosophy that "environmental protection is the foundation of sustainable development," Kingfa strictly fulfills its environmental responsibilities, ensures compliance with environmental regulations, and actively supports China’s dual-carbon strategy. The company has set clear carbon-related strategic goals: (1) reduce greenhouse gas emissions per unit of product by at least 30% by 2030 compared to 2022 levels; (2) produce 1 million tons of green plastics, recycle 1 million tons of waste plastics, and manufacture 1 million tons of recycled plastics by 2030; and (3) achieve full corporate carbon neutrality before 2060. In 2025, Kingfa’s domestic modified plastic carbon emission intensity (Scope 1 + Scope 2) stood at 0.1305 tons of CO₂-equivalent per ton of product—a 29.32% reduction from 2022 levels. Green plastic output reached 309,400 tons; waste plastic recycling volume totaled 272,000 tons; and recycled plastic production amounted to 379,000 tons. Kingfa continues to strengthen its climate change management system, conducting climate scenario analyses and continuously enhancing its capacity to respond to climate change across three key domains: green product innovation, green production optimization, and green office practices—thereby empowering the green transformation of its industrial chain. Specifically, in green product innovation, Kingfa integrates clean technology innovation into its core strategy, adopting a holistic “four-in-one” model—green design, low-carbon manufacturing, recycling utilization, and certification support—to help customers transform sustainability from a cost burden into a competitive advantage. Kingfa has launched multiple grades of recycled and bio-based plastics to meet the green transformation needs of industries such as automotive, consumer electronics, and toys. It has also developed distinctive solutions—including green mobility, lightweighting for low-altitude economy applications to enhance flight range, and lightweight, low-carbon cold-chain logistics packaging—leveraging product lightweighting to improve energy efficiency across the industrial chain.

Green Drive for the Future — Chemours (Tianjin)’s Sustainable Development Practices

In production, Chemours (Tianjin) establishes a green foundation through advanced processes. The company employs the chloride-process titanium dioxide (TiO₂) production method, achieving dual breakthroughs in "energy reduction and waste minimization" compared to the traditional sulfuric-acid process. This method significantly improves energy utilization efficiency and lowers energy consumption per unit of product, while simultaneously reducing the generation of solid waste, wastewater, and exhaust gases at the source. Moreover, through process optimization, Chemours recovers and reuses production by-products, establishing a circular model of "resources → products → regenerated resources"—minimizing environmental impact and setting a new benchmark for green manufacturing in the industry. On the R&D front, Chemours (Tianjin) consistently pursues "green performance enhancement" and continues to increase investment in technological innovation. Its TiO₂ products maintain critical performance attributes—including whiteness and hiding power—while further optimizing dispersion properties, helping downstream customers reduce additive usage and thereby lowering overall environmental burdens. To address diverse sector-specific environmental requirements, Chemours develops customized solutions—for instance, waterborne-coating-compatible TiO₂ grades that support reduced volatile organic compound (VOC) emissions in home furnishing and construction applications; and TiO₂ products for the plastics industry that enhance weather resistance of plastic products, extending service life and minimizing resource waste and disposal-related pollution—thus empowering green products through technological innovation. From an application perspective, Chemours (Tianjin)’s TiO₂ products have been deeply integrated into multiple sectors—including coatings, plastics, papermaking, and inks—serving as a pivotal force driving green transformation across these industries. In the coatings sector, its products enable ultra-weather-resistant exterior paints to achieve "zero color fading over 10 years," aligning with green building standards when paired with low-VOC formulations. In automotive coatings, they enhance the transparency of metallic basecoats and the yellowing resistance of clearcoats—reducing coating-related pollution without compromising coating quality.

Chemours Publishes 2025 Sustainability Report Highlighting Progress on Climate, Emissions Reduction, and Responsible Manufacturing

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