Core Viewpoint - The demand for adsorption separation materials is increasing across various sectors, particularly in environmental protection, biomedicine, and new materials, with the market size expected to reach 26.25 billion yuan by 2025, growing at a rate of 5.0% [1][7]. Overview - Adsorption separation materials are functional materials that selectively adsorb, enrich, and separate specific components from fluid mixtures through molecular interactions or chemical reactions [2][3]. Industry Development History - The development of China's adsorption separation materials industry has evolved from technology introduction and imitation to independent research and innovation, particularly since 2010, driven by the rapid growth of strategic emerging industries [4]. Industry Chain - The upstream of the adsorption separation materials industry includes suppliers of chemical raw materials and production equipment, while the midstream focuses on the research and production of these materials, and the downstream encompasses various application markets such as water treatment and biomedicine [5]. Downstream Demand Structure - Water treatment is the largest demand market for adsorption separation materials in China, projected to account for nearly 40% in 2024, with significant growth in wastewater treatment facilities and capabilities [6]. Competitive Landscape - The market structure for adsorption separation materials is changing, with significant mergers and acquisitions among international giants, creating opportunities for domestic companies like ZG and LXT to expand their market share [7][8]. Development Trends - Future technological innovations in the industry will focus on high-performance upgrades and green transformations, with an emphasis on optimizing material structures and developing bio-based adsorption materials [9][10]. - The industry is expected to shift towards concentrated and large-scale development, with domestic companies focusing on overcoming key technological barriers and enhancing self-sufficiency in high-end products [10]. - Continuous tightening of environmental policies will drive the industry towards standardized development, promoting the demand for efficient adsorption materials and encouraging the establishment of recycling systems [11].