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Since its establishment in 2011, Suzhou Suke Environmental Technology Co., Ltd. has been consistently committed to a customer-centric approach oriented toward ultimate experience and driven by customer value creation, providing highly competitive filtration and separation technology solutions for application scenarios in various niche fields. The company aspires to become a globally leading enterprise in filtration, separation, concentration, and purification technologies. It has jointly established R&D centers with multiple domestic and international universities, including Huazhong University of Science and Technology and Tohoku University in Japan, and has maintained strategic partnerships for over a decade with renowned international corporations such as Sumitomo Electric Industries, Ltd. and Teijin Limited. The company has also established R&D and manufacturing centers in multiple locations, including Suzhou, Wuhan, Osaka, and Sendai. With decades of deep cultivation in the industry, Suke has served over 3,000 customers and completed nearly 3,000 projects, with its business covering both China and overseas markets. Suke has been selected twice for the "National Key R&D Program" and has received numerous domestic and international awards, including the "Huaxia Construction Science and Technology Award," "Global Science and Technology Innovation Award," "Industry Technological Progress Award," "National High-Tech Enterprise," and "Jiangsu Provincial Specialized and Sophisticated SME." With solid technical capabilities and extensive engineering experience, Suke continues to drive the industry toward low-carbon and resource-efficient development. Built on a collaborative model of "material development product technology application-specific technology solutions," Suke Environmental has developed five core application scenarios covering the entire chain of water treatment: Scenario 1: Water Treatment for Resource Recovery – Integrated Non-Conventional Water Resource Equipment & Tap Water Scenario 2: Resource Recovery from Industrial Waste Acids and Alkalis – Hydrochloric Acid, Sulfuric Acid, Phosphoric Acid Scenario 3: Industrial Fluid Impurity Removal Scenario 4: MBR Process Package – ViLEP Vibratory Anti-Fouling Low-Energy MBR Membrane System Scenario 5: Free Aaeration Low-Resistance High-Efficiency Microporous Aerator