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Separation of nitrogen from coal-derived carbon

Separation of nitrogen from coal-derived carbon is produced from high-quality anthracite through a precise activation process. It is primarily designed for gas separation applications, especially nitrogen separation and industrial exhaust gas purification. Leveraging its well-developed microporous structure, it can efficiently adsorb impurities and harmful components in mixed gases while accurately achieving the separation and purification of gas components. Suitable for industrial gas separation and coalbed methane purification scenarios, it balances adsorption efficiency and separation performance, facilitating the recovery and rational utilization of gas resources. As a core material for industrial gas separation and exhaust treatment, it combines practicality and environmental friendliness.
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Coal-based Catalyst Carrier Activated Carbon

Coal-based catalyst carriers Activated Carbon are high-purity activated carbons manufactured through advanced processes such as precise activation, pore structure reconstruction, and surface modification, using high-quality anthracite as the raw material. Their core advantage lies in their well-developed porous structure and controllable surface chemical properties, which provide a highly dispersed loading substrate for active components, significantly enhancing catalytic reaction efficiency and stability. This product is custom-designed for catalytic reaction processes and serves as a core carrier material supporting catalyst performance in fields such as chemical synthesis, environmental protection, and energy conversion.
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CTC70 Coal Columnar Charcoal

CTC70 Coal Columnar Charcoal is a cylindrical columnar activated carbon produced through advanced processes such as molding, carbonization, activation, crushing, and sieving, using high-quality anthracite as raw material. It features a well-developed and uniformly distributed pore structure, high mechanical strength, and excellent adsorption performance. As a core and highly efficient adsorbent material, it is widely used in industrial exhaust gas treatment, solvent recovery, and gas purification. It is particularly suitable for the deep recovery and purification of organic solvents such as benzene series and alcohols.
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8-30 mesh coal quality crushed carbon

Medium-fine granular coal-based crushed charcoal features smaller particles, a larger specific surface area, faster adsorption speed, and a more developed microporous structure. It efficiently adsorbs small-molecule organic matter, heavy metal ions, and odor substances from water. Simultaneously, its moderate mesopore ratio effectively removes medium- and large-molecule substances such as color and colloids. High particle uniformity and moderate packing density result in low filtration resistance, making it suitable for advanced purification applications. It is primarily used in advanced drinking water purification, advanced industrial wastewater treatment, COD removal, decolorization (such as decolorization of papermaking wastewater), and fine chemical purification.

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Product Introduction

8-30 Mesh Coal Quality Crushed Carbon for Industrial Water & Gas Treatment

Shanxi Xinhua Carbon's 8-30 mesh coal quality crushed carbon delivers exceptional performance with less than 5% packing density deviation and over 85% COD removal efficiency. Made from premium Jurassic anthracite coal, our wide molecule measure carbon (covering 1.18-2.36mm and 0.60-1.18mm) guarantees uniform pressing, anticipates channeling, and progresses your adsorption proficiency by 15%. With iodine numbers extending from 800-1100mg/g, fiery remains substance of 8% or less, and hardness ≥90%, you get reliable comes about over metropolitan wastewater treatment, VOCs expulsion, and mechanical applications.

Why Choose Our Coal-Based Crushed Activated Carbon?

You need activated carbon that performs reliably in real-world conditions. Our product is engineered specifically for mixed bed and fixed bed systems where standard single-mesh carbons fail.

Superior Compatibility: Your mixed bed systems require precise particle distribution. We've designed this 8-30 mesh coal quality crushed carbon to maintain less than 5% packing density deviation, eliminating the channeling problems that reduce efficiency by 15% in conventional products.

Optimized Flow Rate Performance: Operating at medium-low flow rates (0.8-1.2 m/s)? Larger mesh carbons blow out, while finer particles create excessive pressure drops. Our solution sits in the sweet spot, giving you stable performance without carbon loss.

Enhanced Durability: With less than 2% abrasion loss, you'll experience fewer shutdowns and lower maintenance costs. Your systems run continuously without clogging issues.

PACKAGING AND TRANSPORTATION

Technical Specifications

Parameter	Specification
Particle Size	8-30 mesh (0.60-2.36mm)
Iodine Number	800-1100 mg/g
Bulk Density	380-580 g/L
Hardness	≥90%
Moisture Content	≤5%
Ash Content	≤8% (customizable lower)
Abrasion Loss	<2%
Packing Deviation	<5%

Performance You Can Measure

Water Treatment Excellence: Remove over 85% of COD from municipal and industrial wastewater. The developed microporous structure efficiently captures small-molecule organic compounds, heavy metal ions, and odor-causing substances.

VOCs Removal: Achieve greater than 90% VOCs removal in small-scale gas treatment applications. The moderate mesopore ratio effectively handles medium and large molecules, making it ideal for printing, spraying, and chemical processing facilities.

Consistent Quality: Backed by 60+ years of R&D experience and ISO 9001, ISO 14001, and ISO 45001 certifications, every batch meets strict quality standards.

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Key Applications

Your industry demands specialized solutions:

Municipal Wastewater Treatment: Handle COD levels of 300-800mg/L efficiently in mixed bed systems
Industrial Wastewater: Decolorization and purification for food processing, electroplating, and papermaking
VOCs Control: Small to medium-scale gas treatment in printing and spraying facilities (150-400mg/m³)
Food & Beverage: Water purification for breweries and beverage production
Chemical Catalysis: Durable catalyst support for reactions like methanol synthesis

What Makes This Product Different?

You've probably experienced the limitations of single-mesh activated carbon. Here's what we've solved:

Wide Particle Range: Covers both 8-16 mesh and 16-30 mesh in one product, eliminating the need for dual sourcing and ensuring complete bed coverage.

Uniform Packing: Standard crushed carbons show over 10% particle size deviation. Ours maintains under 5%, giving you consistent flow patterns and preventing dead zones.

Medium-Low Flow Optimization: Unlike 4-8 mesh carbons that blow out or ultra-fine particles that create backpressure, our 8-30 mesh coal quality crushed carbon balances stability with efficiency.

Customization Available: Need specific packing density or iodine numbers? We offer full customization, including OEM options, to match your exact process requirements.

Factory Premises & Environment

Fast Delivery & Global Support

You need activated carbon when you need it. We maintain tens of thousands of tons in stock across multiple production bases, ensuring:

Standard orders: 7-15 days delivery
Urgent orders: as fast as 3 days
Nationwide delivery: 3-7 days
International shipping via sea, air, or rail with full tracking

Our 24/7 technical support team provides solution design, on-site assessment, and 12-month warranty coverage to keep your operations running smoothly.

Frequently Asked Questions

Q: What makes 8-30 work distinctive from standard single-mesh actuated carbon?

A: Single work items (like 8-16 work as it were) make over 8% pressing thickness deviation in blended bed frameworks, driving to channeling and 15% productivity misfortune. Our wide molecule estimate dispersion keeps up beneath 5% deviation, guaranteeing uniform stream and reliable adsorption all through the bed. This implies you get superior execution without framework modifications.

Q: Will this carbon work in my existing equipment?

A: Yes, if you're working blended bed or settled bed frameworks at medium-low stream rates (0.8-1.2 m/s). It's particularly outlined for compatibility with frameworks that involvement blowout with bigger carbons or intemperate weight drop with better grades. We suggest reaching our specialized group for a free appraisal of your particular application.

Q: How does the cinder substance influence performance?

A: Lower fiery remains substance implies higher immaculateness and superior adsorption capacity. Our standard item contains 8% or less fiery debris, but we can customize to indeed lower levels based on your water quality necessities. For delicate applications like food-grade water treatment, we suggest examining your particular needs with our team.

Q: Can you customize iodine numbers for particular contaminants?

A: Completely. We offer iodine numbers from 800-1100mg/g as standard, but our R&D group can alter enactment levels and customize pore structure to target particular particles. Whether you're expelling chlorinated organics, overwhelming metals, or particular VOCs, we'll create a custom fitted solution.

Q: What's the normal life expectancy in wastewater treatment applications?

A: Benefit life depends on your contaminant stack and recovery hones. In civil wastewater treatment with COD levels of 300-800mg/L, anticipate 12-18 months with appropriate upkeep. The moo scraped spot misfortune (beneath 2%) implies negligible misfortune amid backwashing, expanding your operational cycle.

Q: Do you give specialized bolster for framework design?

A: Yes. Our designing group offers pre-sales arrangement plan, on-site evaluations, and item determination direction. After establishment, we give specialized preparing, 24/7 bolster, and free substitution for non-human harm inside the 12-month guarantee period. We're here to guarantee your success.

Get Your Custom Solution Today

Ready to improve your adsorption efficiency and reduce operational costs? Contact us at greta@carbonxinhua.com for technical consultation and 8-30 mesh coal quality crushed carbon samples.

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