| MOQ: | 50 Liter |
| Price: | US $1.02-2.46 / Liter |
| Standard Packaging: | 25 liter plastic bags packed on wooden pallets |
| Delivery Period: | 15-30 work days |
| Indicator Name | Indicator |
|---|---|
| Moisture Content % | 50-60 |
| Wet Apparent Density g/mL | 0.70-0.80 |
| Wet True Density g/mL | 1.05–1.15 |
| Particle Size (0.4-1.25 mm) % | 95 |
| Effective Particle Size (mm) | 0.40–0.70 |
| Uniformity Coefficient | ≤ 1.7 |
| Specific Surface Area (m²/g) | ≥ 1250 |
This resin is specially developed for the treatment of wastewater produced in salicylic acid industrial production, focusing on phenolic pollutant control and resource recycling.
It can conduct targeted and efficient adsorption of phenolic compounds in salicylic acid wastewater, stably reducing pollutant concentration to meet environmental discharge indicators.
With high porosity and large specific surface area, it realizes efficient enrichment of phenolic substances, achieving both wastewater purification and resource reuse.
It is specially used for the purification and disposal of production wastewater from p-nitrophenol and sodium p-nitrophenol manufacturing.
It effectively removes phenolic pollutants in wastewater without any chemical precipitation in the whole treatment process, avoiding sludge accumulation and reducing post-treatment difficulty.
Its renewable performance reduces the use cost, and the efficient treatment effect helps chemical production enterprises meet environmental protection inspection standards.
Applied to the harmless treatment of wastewater generated in the production of p-aminophenol, realizing efficient removal of phenolic contaminants.
Relying on its unique cross-linked three-dimensional network structure, it has excellent adsorption performance for phenolic impurities in complex production wastewater.
Insoluble in common acids, alkalis and organic solvents, it has stable chemical properties and can be recycled after regeneration, reducing the overall operation cost of wastewater treatment.
Designed for the treatment of high-concentration phenolic wastewater from 2-naphthol production, effectively eliminating phenolic harmful components.
It maintains stable adsorption efficiency in complex wastewater system, and realizes thorough removal of target pollutants without secondary environmental pollution.
The adsorption unit can adopt modular design, with high degree of automatic operation, simple operation and convenient daily management and maintenance.
Suitable for centralized treatment and resource recovery of various industrial phenolic wastewater containing phenolic organic pollutants.
It has the advantages of high concentration ratio, low operation cost and obvious comprehensive benefits, helping enterprises realize green and low-carbon production.
Combining efficient pollutant removal and resource recycling, it provides a practical and efficient technical scheme for industrial phenolic wastewater treatment.
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