Focusing on New Solutions for Industrial Wastewater Treatment | SMax Polymer Invites You to the 14th 2026 Annual Conference on New Technologies for Industrial Wastewater Treatment

To support the green and low-carbon transformation of the industrial wastewater treatment industry and promote the application of new water treatment technologies, materials and equipment, the 14th 2026 Annual Conference on New Technologies for Industrial Wastewater Treatment will be grandly held. As a core supplier of homogeneous ion-exchange membranes and membrane separation equipment, Shanghai SMax Polymer Technology Co., Ltd. sincerely invites industry colleagues, experts, scholars and enterprise representatives to attend the conference and explore efficient solutions for industrial wastewater resource utilization and zero liquid discharge.

Focusing on industry pain points such as high-salinity wastewater, industrial waste acid, new energy wastewater, chemical park wastewater and desulfurization wastewater, this conference will conduct in-depth exchanges on cutting-edge technologies including electrodialysis (ED), diffusion dialysis (DD), bipolar membrane and monovalent/bivalent selective separation. It covers policy interpretation, technology sharing, case demonstration, supply-demand docking and other links, building an efficient cooperation platform for the entire industrial water treatment industry chain.

As a high-tech enterprise and Shanghai "Specialized, Refined, Differential & Innovative" SME focusing on R&D, production and application of homogeneous ion-exchange membranes, SMax Polymer has an annual membrane production capacity of 250,000 ㎡. Core membranes and equipment are independently developed with full localized supply chain, and hundreds of engineering cases have been implemented in lithium extraction from salt lakes, industrial waste acid recovery, zero discharge of high-salinity wastewater, organic desalination for food and medicine, etc.

During the conference, the company will focus on displaying electrodialysis (ED), diffusion dialysis (DD), customized membrane stacks and complete solutions, and share benchmark projects such as lithium extraction from salt lakes, waste acid recovery from aluminum profiles, power plant desulfurization wastewater, amino acid / L-carnitine desalination. It will present the advantages of membrane separation technology with low energy consumption, high recovery rate, stability and reliability, helping enterprises reduce costs, improve efficiency, meet compliance requirements and achieve green development.

Industrial wastewater treatment has entered a new stage of resource utilization, low carbon and intelligence. Technological innovation and engineering implementation are the core driving forces for industry development. Based on independent core technologies and in-depth industry-university-research cooperation, SMax Polymer continuously provides stable and efficient membrane products and full-process services for chemical, new energy, electric power, food & medicine, metallurgy and other industries.