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YZ008 Macroporous Polymeric Adsorption Resins for Cod Removal
| 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 |
Cod Removal Adsorbent Resin
,Polymeric Adsorption Resins
,Macroporous Adsorption Resins
| Indicator Name | Indicator |
|---|---|
| Total Exchange Capacity mmol/g | 2.0 ± 0.2 |
| Total Volume Exchange Capacity mmol/mL | ≥ 0.2 |
| Water Content % | 50-60 |
| Wet Bulk 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 |
| Post-grinding Sphericity | ≥ 90 |
| Specific Surface Area (m²/g) | ≥ 600 |
- 1. Additive Plant Biochemical Effluent Advanced Treatment
This resin is specially developed for the advanced treatment of biochemical effluent from additive production plants, aiming at the refinement treatment of tail water after biochemical treatment. It gives full play to the performance advantages of cross-linked three-dimensional network structure to conduct targeted purification of residual pollutants in biochemical effluent. It synchronously reduces COD index and chroma of wastewater, helping additive plants realize up-to-standard discharge of production tail water.
- 2. Sewage Treatment Plant Biochemical Tail Water Purification
Applied to the deep purification link of biochemical tail water in urban and industrial sewage treatment plants, improving the final effluent quality of sewage treatment. Relying on high porosity and large specific surface area, it efficiently adsorbs residual organic pollutants in tail water, optimizing the effluent effect of sewage treatment system. With stable chemical resistance and renewable performance, it reduces the operation cost of advanced treatment of sewage plant tail water.
- 3. Printing and Dyeing Facility Biochemical Effluent Treatment
Specially used for advanced treatment of biochemical effluent from printing and dyeing production facilities, solving the problem of high chroma and residual COD in printing and dyeing tail water. It can effectively degrade and adsorb organic chroma substances and residual pollutants in printing and dyeing biochemical effluent, greatly reducing wastewater chroma and COD value. It does not dissolve in common acids, alkalis and organic compounds, has stable performance, and can be recycled after regeneration to meet long-term treatment needs.
- 4. Coking Wastewater Biochemical Effluent Advanced Purification
Targeted at the advanced purification treatment of biochemical effluent from coking industry, dealing with refractory pollutants in coking tail water. Its unique cross-linked polymer structure can efficiently remove residual harmful substances in coking biochemical effluent, synchronously realizing COD reduction and decolorization. The treatment process is simple and efficient, which provides a reliable solution for up-to-standard discharge of coking wastewater biochemical tail water.
- 5. Multi-industry Biochemical Effluent Comprehensive Advanced Treatment
Suitable for comprehensive advanced treatment of biochemical effluent from various industrial industries, covering various scenarios of industrial tail water purification. It integrates the dual functions of COD reduction and decolorization, and efficiently treats residual pollutants in biochemical effluent with excellent adsorption performance. With good chemical stability and renewable recyclability, it provides a cost-effective technical scheme for industrial biochemical tail water treatment.
We mainly produce ion exchange resins, macroporous adsorption resins, chelating resins, food/pharmaceutical grade resins, nuclear-grade uniform particle resins, life science chromatography media and supporting system equipment.
We have more than 100 models, over 30 series of adsorption and separation materials.
Our annual capacity is 255,000 metric tons.
Yes. Our nuclear-grade and uniform-particle resins meet or exceed the performance of imported products.
We hold ISO9001, ISO14001, ISO45001, FDA, CE, WQA Gold Seal, Kosher, REACH, EAC and other international certifications.
High exchange capacity, uniform particle size, good mechanical strength, strong anti-fouling ability, high regeneration efficiency and long service life.
Metal resources (lithium extraction), life sciences, water treatment & ultrapure water, food processing, environmental protection, chemical catalysis.
Our weak base anion resin is specially used for syrup decolorization, deashing and acid removal.
Yes. Our anion exchange resins and chelating resins effectively remove heavy metal anions, thereby ensuring compliance with discharge standards and enabling resource recovery.
Yes. We supply uniform particle polishing resins and nuclear-grade resins for high-purity water systems.
Yes. We have delivered 12 salt lake lithium extraction projects with total capacity nearly 100,000 tons LCE.
Yes. Our food-grade and pharmaceutical-grade resins comply with hygienic standards and are widely used in sugar, starch sugar, antibiotics and purification.
Under normal conditions, the service life is 3–5 years.
Yes. Our resins feature high regeneration efficiency, low chemical consumption and low operation cost.
Yes. We provide on-site installation, commissioning, regeneration guidance and troubleshooting.
Yes. We offer free operation, maintenance and safety training for customers.
Uniform particle design ensures low pressure drop, fast exchange speed and stable running.
Yes. We customize particle size, functional groups, crosslinking degree according to your water quality and process.
Yes. We provide full solutions: resin selection + system equipment + commissioning + after-sales.
We have subsidiaries in Europe, the US and South America, supporting fast worldwide delivery.
Free selection and process design based on your water quality report and treatment target.
Yes. We support trial orders and small-batch supply for testing and verification.
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