Activated Carbon for Solvent Recovery China Suppliers Industrial Grade Factory
High-efficiency activated carbon for solvent recovery from a leading China factory. Our coconut shell and coal-based adsorbents offer large surface area and high hardness for VOC removal. Contact the best industrial suppliers for superior solvent recovery solutions.
Product Details
Our premium Activated Carbon for Solvent Recovery is engineered to provide high-efficiency adsorption for a wide array of organic solvents. Utilizing superior raw materials including coal and coconut shells, this specialized adsorbent is designed to minimize VOC emissions and maximize the recovery of valuable chemical resources in industrial processes.
Specifically optimized for the recovery of benzene, toluene, xylene, ethers, ethanol, and chloroform, our activated carbon serves as a critical component in petrochemical, rubber, and synthetic resin industries. By balancing high iodine values with optimal hardness, we ensure long-term stability and maximum throughput for your solvent recovery systems.
Detailed Parameters
| Raw Material | Coal / Coconut shell | Particle Size (Coal) | 2mm / 3mm / 4mm |
|---|---|---|---|
| Particle Size (Coconut) | 48 / 612 / 830 / 1240 mesh | Iodine Value | 950～1100 mg/g (Coal) / 950～1300 mg/g (Coconut) |
| CTC Value | 60～90% | Moisture Content | ≤5% (Coal) / ≤10% (Coconut) |
| Hardness (Coal) | ≥90% / ≥95% / ≥98% | Hardness (Coconut) | ≥95% / ≥98% |
| Customization | Available based on customer requirements | Packaging Options | 25kg/bag, Jumbo bag, or customized |
Key Advantages
High Adsorption Capacity
Superior iodine values ensure maximum capture of organic vapors and volatile organic compounds (VOCs).
Extended Service Life
Exceptional hardness (up to 98%) reduces attrition and pressure drop over multiple regeneration cycles.
Versatile Material Base
Available in both coal and coconut shell bases to match specific solvent molecular sizes.
Industrial Grade Purity
Low moisture content prevents contamination and optimizes the recovery of high-purity solvents.
Wide Application Range
Ideal for printing, dyeing, oil refining, and synthetic fiber industries globally.
Flexible Specifications
Particle sizes and mesh ranges can be customized to fit your specific vessel dimensions.
Product Gallery
Management Platforms
Quality Assurance
Strict adherence to international standards for iodine and CTC values.
Process Optimization
Custom particle size selection to optimize airflow and adsorption rates.
Environmental Compliance
Helping plants meet VOC emission regulations and environmental mandates.
Supply Chain Stability
Reliable sourcing of coal and coconut shells for consistent product quality.
Packaging Logistics
Secure 25kg bags or Jumbo bags to ensure zero contamination during transit.
Technical Support
Expert guidance on solvent recovery cycle timing and material replacement.
Investment Return Comparison
| Metric | Standard Carbon | Our High-Grade Carbon |
|---|---|---|
| Solvent Recovery Rate | Moderate | High Efficiency |
| Regeneration Cycles | Low to Medium | Extended Life |
| Pressure Drop | Higher Attrition | Minimal / Stable |
| Operational Cost | Higher Replacement Frequency | Reduced Long-term Cost |
| VOC Compliance | Basic | Superior E-E-A-T Standard |
Frequently Asked Questions
Q: Which raw material is better for solvent recovery, coal or coconut shell?
It depends on the solvent size. Coconut shell carbon typically has smaller pores (micropores) ideal for smaller molecules, while coal-based carbon offers a wider pore distribution for larger organic solvent molecules.
Q: Can this activated carbon be used for recovering toluene and xylene?
Yes, our activated carbon is specifically designed for the recovery of aromatic hydrocarbons including benzene, toluene, and xylene, making it ideal for the petrochemical and printing industries.
Q: What does the Iodine value indicate for solvent recovery?
The iodine value is a measure of the micropore volume. A higher iodine value (950-1300 mg/g) indicates a greater surface area available for the adsorption of organic solvent molecules.
Q: How does hardness affect the performance of activated carbon?
High hardness (≥95%) prevents the carbon particles from breaking down under pressure or during thermal regeneration, reducing dust formation and maintaining a stable pressure drop in the system.
Q: What packaging options are available for bulk industrial orders?
We provide flexible packaging including standard 25kg bags, large-capacity Jumbo bags, or customized packaging tailored to your warehouse and loading requirements.
Q: Is the particle size customizable for specific filter designs?
Absolutely. We offer multiple sizes from 2mm to 4mm for coal-based carbon and various mesh sizes (e.g., 48 to 1240) for coconut shell carbon to ensure a perfect fit for your equipment.
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