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DIOSORB-S
purestar
DIOSORB-S powdered activated carbon features ultra-high purity specifications with controlled particle size below 0.075mm (200 mesh) for maximum gas-phase contact efficiency. The product's steam-activated structure provides balanced micropore/mesopore distribution ideal for capturing semi-volatile organic pollutants. Engineered for dry injection systems in waste-to-energy plants, hazardous waste incinerators, and cement kiln co-processing facilities. Meets EU BREF Best Available Technique standards for mercury and dioxin emission control.
Technical Specifications | DIOSORB-S | Unit |
Iodine sorption value | More than 800 | mg/g |
Moisture content | Less than 10 | % -wt |
Ignite | More than 260 | °C |
Specific area | More than 800 | m2/g |
Dioxin index | 2.5 | - |
Grain size < 325 mesh | greater than 80 | % -wt |
Packaging:
25kg woven bags
500kg jumbo bags
Customized packaging available
Shipping:
Fast delivery within 15-30 days
Export standard packaging
Optimized particle size: <0.075mm for rapid dispersion and contact
High iodine value: >1000 mg/g ensures maximum pollutant capture
Low moisture content (<3%) prevents system clogging
Balanced pore structure for dioxin and mercury co-adsorption
Consistent bulk density for precise dosing control
Compliant with EU waste incineration emission standards
Applications
Municipal solid waste incinerator flue gas
Hazardous waste treatment facility emissions
Medical waste incineration systems
Cement kiln alternative fuel operations
Industrial boiler emission control
Dioxin and furan removal
Technical Advantages
High Mechanical Strength & Cost-Effective Purification
Our coal-based activated carbon is manufactured from premium bituminous coal through steam activation, delivering exceptional hardness (>90%) and abrasion resistance for demanding industrial applications.
With iodine adsorption values exceeding 900-1000 mg/g and customizable particle sizes (4×6 mesh to 12×40 mesh), it ensures optimal performance in drinking water treatment, wastewater purification, and air filtration systems. The high bulk density (350-550 kg/m³) and superior CTC adsorption (50-90%) make it ideal for VOC removal, solvent recovery, and gas-phase applications.
Available in granular (GAC), powdered (PAC), and columnar forms for maximum operational flexibility.
PURESTAR adheres to strict quality control and international certification standards. Our authentic certifications include:
ISO 9001: Quality Management System
ISO 14001: Environmental Management System
ISO 45001: Occupational Health & Safety Management System
NSF: Certified for drinking water safety & sanitation
HALAL: Certified for food-contact applications
MSDS (Material Safety Data Sheet) available upon request
COA (Certificate of Analysis) provided with every shipment
All products undergo strict quality inspection to deliver stable, reliable performance for global customers.
10+ years of experience in activated carbon manufacturing and export
Stable production capacity ensuring reliable supply for bulk orders
Strict quality control system from raw material to final product
Customized solutions based on different industrial applications
Fast response within 12–24 hours for all inquiries
Professional technical support for product selection and application guidance
Q1: How does DIOSORB-S remove dioxins from flue gas?
A: DIOSORB-S adsorbs dioxins and furans through physical adsorption in its micropore structure. The high surface area provides extensive contact points for capturing these semi-volatile organic pollutants at typical flue gas temperatures.
Q2: What injection rate is recommended?
A: Typical dosage ranges from 50-200 mg/Nm³ depending on pollutant load and emission limits. Site-specific optimization is recommended.
Q3: Can DIOSORB-S be used with bag filters or ESPs?
A: Yes, DIOSORB-S is compatible with both fabric filter and electrostatic precipitator systems when properly dispersed upstream.
Q4: Is DIOSORB-S suitable for mercury removal?
A: Yes, the product effectively adsorbs elemental and oxidized mercury. For enhanced mercury capture, consider our brominated or sulfur-impregnated variants.
Q5: What is the typical carbon usage in WtE facilities?
A: Waste-to-energy plants typically consume 5-15 kg carbon per ton of waste processed, varying with waste composition and regulatory requirements.


