The water treatment agent industry chain is becoming increasingly mature, achieving synergistic development by relying on basic chemical raw materials.

Water treatment agents are core consumables in the water environment management industry, encompassing multiple subcategories such as flocculants, scale inhibitors, bactericides, and pH adjusters. Production raw materials are highly dependent on basic inorganic chemicals such as soda ash, chlorides, and sulfates. With the establishment of a one-stop chemical raw material procurement platform connecting 42 series of raw material sources, the supply stability of raw materials for water treatment agent manufacturers has significantly improved, accelerating the industry's industrialization and large-scale development.

From a raw material perspective, inorganic flocculants such as aluminum sulfate and polyferric sulfate use sulfates and chlorides as core raw materials, while caustic soda and soda ash are used as raw materials for pH adjustment agents. The centralized and large-scale procurement of various basic chemical raw materials effectively mitigates the production cost pressure caused by significant fluctuations in raw material prices. Simultaneously, green technological upgrades in the upstream basic chemical industry are supporting the water treatment agent industry. The mass production of low-impurity sulfate and high-purity chloride raw materials is facilitating the research and development and production of high-end environmentally friendly water treatment agents. New products such as phosphorus-free scale inhibitors and composite flocculants are gradually replacing traditional high-polluting agents.

On the demand side, the water treatment agent market continues to expand in three major areas: municipal wastewater upgrading and renovation, industrial wastewater treatment, and river and lake ecological restoration. Upgrading projects for municipal wastewater treatment plants are flourishing, and the optimized dosing ratios of water treatment agents under new standards are driving a rapid increase in demand for high-efficiency compound agents. High-polluting industrial enterprises such as chemical, dyeing, and electroplating companies are building their own wastewater treatment facilities, leading to a steady increase in the procurement of customized water treatment additives. The advancement of agricultural non-point source pollution control projects is also driving increased demand for environmental protection agents, particularly for landscape water bodies and aquaculture wastewater treatment. With the implementation of centralized procurement models, small and medium-sized water treatment agent processing plants no longer need to stockpile large amounts of raw materials; they can centrally procure main materials such as soda ash and sulfates as needed, thus improving their working capital.

The continuous tightening of environmental regulations is the core driving force for the industry's development. Local governments are raising wastewater discharge standards and accelerating the phasing out of inefficient, high-residue old-style water treatment agents, forcing companies to increase investment in the research and development of new environmental protection agents. Supply chain collaboration is becoming the mainstream of future development. Water treatment agent production bases are gradually moving closer to areas with concentrated production of basic chemical raw materials. By leveraging the locational advantages of nearby centralized procurement of soda ash, chloride, and sulfate, production costs can be reduced. With the continuous expansion of the water environment governance market, the entire industry is expected to maintain a long-term steady upward trend.