Product Overview
High iodine coal carbon reclaimed water LAC-P is a high-activity coal-based granular activated carbon engineered for enhanced process water and reclaimed water treatment. Manufactured from premium bituminous coal through optimized carbonization and steam activation, it delivers an iodine adsorption value exceeding 1000 mg/g with a specific surface area above 1000 m²/g.
This grade provides elevated adsorption capacity for industrial process loops, reclaimed water systems, and high-purity water treatment where standard 900 mg/g grades may experience premature breakthrough. The controlled ash and low floating rate ensure reliable performance in continuous fixed-bed operation.
Key Application Areas
- Ultra-Pure Water Systems — Provides enhanced TOC and trace organic removal in electronics, pharmaceutical, and power generation deionized water loops.
- Reclaimed Water Treatment — Polishes municipal and industrial recycled water for non-potable reuse, removing residual organics and ensuring consistent quality for cooling towers, irrigation, and process makeup.
- Industrial Process Water — Purifies manufacturing process streams including plating rinses, chemical washes, and boiler feedwater where organic contamination affects product quality or equipment integrity.
Specifications
| Technical Specifications | LAC-P 830 | LAC-P 1240 | Unit |
|---|---|---|---|
| Iodine Adsorption Value | >1000 | >1000 | mg/g |
| Moisture Content | <5 | <5 | % -wt |
| Ash Content | <15 | <15 | % -wt |
| Floating Rate | <6 | <6 | % -wt |
| Crush Strength | >90 | >90 | % |
| Specific Surface Area | >1000 | >1000 | m²/g |
| Particle Size >8 Mesh (1.70 mm) | <15 | - | % -wt |
| Particle Size >12 Mesh (1.70 mm) | - | <5 | % -wt |
| Particle Size <30 Mesh (0.6 mm) | <5 | - | % -wt |
| Particle Size <40 Mesh (0.43 mm) | - | <5 | % -wt |
Available particle size
- 8×30 Mesh ( 0.6 ~ 2.36 mm)
- 12×40 Mesh ( 0.43 ~ 1.7 mm)
- Other customized particle sizes
Packaging
- The 25kg / Package
- The 500 kg / Package
Key Advantages
- Enhanced Adsorption Capacity: Iodine >1000 mg/g delivers 10–15% higher organic removal than standard 900 mg/g grades, extending service life in high-duty systems.
- Reliable Fixed-Bed Performance: >90% crush strength and low floating rate maintain stable bed geometry through continuous backwashing and hydraulic stress.
- Versatile Process Compatibility: Performs across ultra-pure water, reclaimed water, and industrial process loops without requiring application-specific carbon inventories.
- Coal-Based Cost Efficiency: Bituminous coal feedstock provides premium capacity at economical pricing for large-volume industrial consumers.
How LAC-P Achieves High Iodine Coal Carbon Reclaimed Water Treatment
Reclaimed water and industrial process loops often contain higher residual organics, variable COD, and complex contaminant profiles than standard municipal drinking water. Standard 900 mg/g iodine carbons may reach breakthrough prematurely in these high-duty systems, requiring frequent changeouts and increasing operational costs in continuous fixed-bed operations.
LAC-P solves this through enhanced activation. The high iodine coal carbon reclaimed water manufacturing process develops additional micropore volume, achieving >1000 mg/g iodine and >1000 m²/g surface area. This elevated capacity extends service life in high-duty systems, reducing the frequency of bed replacement and maintenance downtime. The controlled ash and low floating rate ensure reliable performance in continuous fixed-bed operation across ultra-pure water, reclaimed water, and industrial process loops without requiring application-specific carbon inventories.
LAC-P vs Standard LAC and GAC-P
Standard LAC delivers >900 mg/g iodine for standard drinking water and ultra-pure water applications at a lower cost. GAC-P offers similar >1000 mg/g iodine capacity for enhanced drinking water and POE treatment.
LAC-P bridges this gap as the high iodine coal carbon reclaimed water specialist. While GAC-P targets enhanced drinking water and ultra-pure water, LAC-P is specifically positioned for process water, reclaimed water polishing, and industrial loops where higher organic loading is expected. The robust coal structure and economical pricing make it ideal for large-volume industrial consumers who need premium capacity without coconut shell pricing. Choose standard LAC for routine municipal duty; select GAC-P for drinking water and POE upgrades; choose high iodine coal carbon reclaimed water LAC-P for industrial process and reclaimed water systems requiring extended service life.