China Water Industry Market Size Forecast and Analysis Report on the 14th Five-Year Plan Development Strategy (2026–2032)

12.10.1 Competitive Tiers of China’s Water Industry Across 31 Provinces and Municipalities 12.10.2 Comparative Competitiveness Analysis of Representative Provinces and Municipalities in China’s Water Industry Chapter 13: Pain Points and Transformation & Upgrading of China’s Water Industry 13.1 Revenue Status of China’s Water Industry 13.2 Profitability of China’s Water Industry 13.2.1 Analysis of Profit Scale in China’s Water Industry 13.2.2 Analysis of Profitability in China’s Water Industry 13.2.3 Comparative Analysis of Profit Levels in China’s Water Industry 13.3 Ranking of Gross Margins Among Chinese Water Enterprises 13.4 Pain Points and Challenges Facing China’s Water Industry 13.5 Optimization and Transformation & Upgrading Pathways for China’s Water Industry Structure 13.6 Overview of Industrial Structure Optimization and Transformation & Upgrading in China’s Water Industry 13.7 Ongoing Transformation & Upgrading: Industrial Structure Optimization in China’s Water Industry 13.7.1 Industrial Structure Optimization—Production Capacity Replacement 13.7.2 Industrial Structure Optimization—Increased Use of Alternative Raw Materials 13.7.3 Industrial Structure Optimization—Enhanced Industrial Concentration 13.7.4 Industrial Structure Optimization—Staggered Production Scheduling 13.7.5 Industrial Structure Optimization—Strengthened Industrial Chain Layout 13.7.6 Industrial Structure Optimization—Expansion into International Markets 13.8 Ongoing Transformation & Upgrading: Intelligent Transformation & Upgrading of China’s Water Industry 13.8.1 Intelligent Transformation & Upgrading—Policy Support 13.8.2 Intelligent Transformation & Upgrading—Infrastructure Development 13.8.3 Intelligent Transformation & Upgrading—Representative Case Studies 13.9 Ongoing Transformation & Upgrading: Low-Carbon/Green Transformation of China’s Water Industry 13.9.1 Low-Carbon/Green Transformation—Policy Support 13.9.2 Low-Carbon/Green Transformation—Representative Case Studies Chapter 14: Case Analyses of Typical Enterprises in the Global and Chinese Water Industries 14.1 Enterprise Review and Comparative Analysis in the Global and Chinese Water Industries 14.1.1 Comparative Analysis of Business Layouts of Key Enterprises in the Global and Chinese Water Industries 14.1.2 Comparative Analysis of Operating Performance of Key Enterprises in the Global and Chinese Water Industries 14.2 Case Analyses of Global Water Industry Enterprises (listed in no particular order; specific enterprises may be designated) 14.2.1 Veolia Environnement (France) 1. Corporate Development History and Basic Information (1) Corporate Development History (2) Basic Corporate Information 2. Corporate Operating Performance 3. Corporate Business Structure and Water Business Layout (1) Business Structure (2) Water Business Layout 4. Global Market Layout of the Company’s Water Business and Its Strategy in China (1) Global Market Layout (2) Strategy in China 14.2.2 Ecolab Inc. (USA) 1. Corporate Development History and Basic Information (1) Corporate Development History (2) Basic Corporate Information 2. Corporate Operating Performance 3. Corporate Business Structure and Water Business Layout (1) Business Structure (2) Water Business Layout 4. Global Market Layout of the Company’s Water Business and Its Strategy in China (1) Global Market Layout (2) Strategy in China 14.2.3 SUEZ (France) 1. Corporate Development History and Basic Information (1) Corporate Development History

Global and Chinese Chromatography Media Industry Opportunity Research and Competitive Strategic Innovation Report (2026–2032)

Key Highlights • Global chromatography media sales volume in 2025 was approximately 1.035 million liters, with a weighted EXW average price of ~USD 2,870 per liter. • North America accounted for ~37% of the 2025 market value; China accounted for ~18% of global sales volume and ~13% of market value. • Affinity chromatography accounted for ~42% of the 2025 market value; ion exchange chromatography accounted for ~32% of sales volume. • Monoclonal antibodies accounted for ~47% of the 2025 market value; peptides accounted for ~11%. • The top five manufacturers collectively accounted for ~57% of the 2025 market value. Global Chromatography Media Market Size • CAGR (2025–2032): 5.2% • Market Size in 2032: USD 4.188 billion Market Overview • Market Size in 2025 (Value): USD 2.971 billion • Market Size in 2032 (Value): USD 4.188 billion • Compound Annual Growth Rate (CAGR): 5.2% • Study Period: 2021–2032 • Base Year: 2026 • Forecast Period: 2026–2032 Chromatography media are particulate stationary-phase materials used in preparative- and process-scale liquid chromatography. Typically packed into chromatography columns, they enable target molecule capture, separation, and purification through specific molecular interactions. Major base matrices include agarose, synthetic polymers, dextran, composite polysaccharides, silica gel, and other inorganic or specialty supports. Products are categorized by separation mechanism—including affinity, ion exchange, hydrophobic interaction, multimodal, size exclusion, and reversed-phase chromatography. Commercial products are generally supplied as bulk media, quantified either by usable media volume or packed bed volume. Primary applications include purification of monoclonal antibodies, other recombinant proteins, vaccines, viral vectors, nucleic acids, blood products, peptides, and pharmaceuticals. Key performance attributes include binding capacity, selectivity, particle size distribution, mechanical strength, pressure-flow characteristics, chemical stability, cleaning-in-place (CIP) tolerance, ligand stability, and scalability from process development to commercial manufacturing. Industry Trends Product upgrades focus on higher binding capacity, higher flow rates, enhanced chemical stability, and extended service life. In biopharmaceuticals, next-generation Protein A affinity media emphasize alkali resistance and dynamic binding capacity, while ion exchange and multimodal media prioritize improved impurity removal and reduced process steps. High-rigidity agarose and synthetic polymer-based matrices are gaining increasing importance, enabling higher processing capacity without significantly increasing column volume. Demand structures are also broadening: large-scale peptide production is driving demand for reversed-phase silica and polymer media; viral vectors, plasmid DNA, mRNA, and oligonucleotides are spurring development of specialized affinity, ion exchange, and multimodal media. Customers are increasingly prioritizing supply stability, regulatory documentation, batch-to-batch consistency, and predictability of scale-up. Market Segmentation Major Manufacturers: • Cytiva • Ecolab • Merck • Thermo Fisher Scientific • Tosoh • Bio-Rad • Sartorius • JSR Corporation • Suzhou NanoMicro Technology Co., Ltd. • Nouryon • Mitsubishi Chemical • YMC • Kaneka • JNC Corporation • Repligen • Astrea Bioseparations