Jiangsu Haipu Functional Materials Co., Ltd. is located in the picturesque and talent-rich Dushu Lake Science and Education District in Suzhou. It is a high-tech enterprise focused on the research and development of efficient catalysts, high-performance adsorbents, and their process applications. The company is dedicated to providing leading domestic products, technologies, and consulting services for industries such as fine chemicals, biopharmaceuticals, and environmental protection.
For resource-recoverable waste gases and wastewater, adsorbents are used to treat and recover valuable substances. For waste gases and wastewater with no recovery value, catalysts are used to completely oxidize and decompose the pollutants. Currently, the company has developed a series of adsorbent and catalyst products. Specific products and applications are listed in the table below:
| Product classification | Process application | Scope of application |
| Special waste acid adsorbent | Waste acid treatment and resource utilization | Inorganic acid purification, capable of removing organic matter, metal ions, and inorganic salts from it |
| Highly selective adsorbent for heavy metal removal | Heavy metal wastewater treatment and resource utilization | Wastewater containing heavy metals and heavy metals such as nickel, copper, lead, chromium, arsenic, cadmium, antimony, etc |
| High capacity organic adsorbent | Organic wastewater treatment and resource utilization | Wastewater from phenols, amines, halogenated hydrocarbons, heterocycles, and other fine chemical industries |
| High capacity phosphorus removal adsorbent | Organic phosphorus wastewater treatment and resource utilization, and total phosphorus upgrading of biochemical effluent | Deep removal of total phosphorus from urban phosphorus containing domestic sewage, organic phosphorus containing wastewater generated by paper mills, phosphate fertilizer factories, and pharmaceutical factories, and biochemical wastewater |
| Efficient VOCs adsorbent | Organic waste gas treatment | Volatile organic waste gases such as alkanes, halogenated hydrocarbons, aromatics, etc |
| Special defluorination adsorbent | Fluorine containing wastewater treatment | Fluorine containing wastewater generated during the smelting of printed circuit boards, non-ferrous metals, stainless steel pickling, and cleaning of silicon electrical components |
| Deep removal of ammonia nitrogen adsorbent | Biochemical effluent ammonia nitrogen upgrading | Upgrading of ammonia nitrogen in effluent from biochemical treatment |
| Deep organic adsorbent | Biochemical effluent COD upgrading | Biochemical treatment of effluent further removes COD and chromaticity, and the effluent can be directly discharged or reused as reclaimed water |
| Heterocyclic organic adsorbent | Treatment of heterocyclic organic wastewater | Treatment and Resource Recovery of Pyridine and Other Heterocyclic Wastewater |
| Ambient temperature and pressure catalyst | Catalytic oxidation of wastewater and exhaust gas | Removal of organic molecules in wastewater and exhaust gas that cannot be recovered as resources |
| Special photocatalyst | Catalytic oxidation of wastewater and exhaust gas | Removal of organic molecules in wastewater and exhaust gas that cannot be recovered as resources |
Product Advantages: The pore size can be precisely adjusted, and the surface can be directionally modified with special functional groups. The porous materials have advantages such as high selectivity, large adsorption capacity, fast adsorption speed, or high catalytic efficiency.
Process Advantages: The products can be used alone or coupled with other treatment methods. The process is simple, can achieve automated control, has no secondary pollution, allows for resource recovery, and has low operating costs.


