HP72 optimizes the pore structure (specific surface area >1000 m²/g, mesoporous ratio >60%) by introducing the super cross-linking technology to strengthen the adsorption efficiency of hydrophobic organic compounds (such as polycyclic aromatic hydrocarbons and long-chain alkanes), which is suitable for the deep treatment of complex wastewater with high viscosity and high turbidity.
Surface hydrophobic modification improves affinity for non-polar organic matter, with an adsorption capacity of >400 mg/g for diesel pollutants and a distribution coefficient (Kd) of 104L/kg.
The pore size gradient distribution design (5-100 nm) can reduce the risk of membrane contamination. The flux decay rate is 50% lower than conventional resins, suitable for continuous treatment of high solids content wastewater.
The pore size gradient distribution design (5-100 nm) can reduce the risk of membrane contamination. The flux decay rate is 50% lower than conventional resins, suitable for continuous treatment of high solids content wastewater.
Specializing in emulsified oil separation of petrochemical wastewater (oil content
Removal of organic matter from industrial wastewater, removal of organic matter from waste acid decolorization, removal of COD from printing and dyeing wastewater, removal of organic matter from liquid in the new energy industry.
parameters | Indicators |
Appearance | Reddish-brown to brown spherical particles |
Water content | 55-65% |
Particle size range % | 0.4-1.25(mm)>95.0 |
Porosity | 35~50 |
Wet apparent density g/ml | 0.65-0.75 |
Whole ball rate | >95.0 |
Skeleton density g/mL | 0.80~1.00 |
Processing precision (minimum processing capacity) | Oil content<1mg/L, TOC<20mg/L |
If you have any questions, please don't hesitate to contact us. We're always here to help with ion exchange resins for your business. Haipu is able to produce the product in according to your special needs.