Nutrient pollution, particularly from phosphorus, continues to threaten global water systems, leading to phenomena like eutrophication and dead zones. Mastering nutrient removal is not just a regulatory necessity but an ecological imperative. NINGBO INNO PHARMCHEM CO.,LTD. is at the forefront of this effort, providing innovations in phosphorus abatement that are both effective and sustainable.


While biological methods for phosphorus removal have gained traction, chemical solutions, especially advanced phosphorus removal solutions for urban areas and beyond, remain critical for achieving stringent discharge limits. Our Urban Wastewater Phosphorus Removal Agent exemplifies these advancements. It’s a specialized chemical flocculant for sewage treatment that leverages precise chemical reactions to ensure maximum phosphorus precipitation, even in challenging water matrices.


The core of our phosphorus abatement technology lies in its ability to target dissolved phosphates and convert them into easily separable solids. This leads to an impressive phosphorus removal rate of over 95%, making it a superior choice for water quality improvement. This level of efficiency is crucial for protecting sensitive aquatic environments and ensuring the long-term health of our water resources. Furthermore, the agent is designed to accelerate sludge settling, which significantly enhances the overall efficiency of wastewater treatment processes.


As a dedicated manufacturer and supplier of water treatment chemicals, NINGBO INNO PHARMCHEM CO.,LTD. understands the diverse needs of the market. Our environmentally friendly phosphorus removal chemicals are suitable for a range of applications, from large municipal plants to industrial facilities requiring robust phosphorus control. For those seeking to purchase innovative nutrient removal technologies, our solutions offer a competitive price point, ensuring that advanced phosphorus abatement is accessible. We are committed to developing and supplying the tools necessary to master nutrient removal, securing cleaner and healthier water systems for future generations.