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ARC-AL 4mm Impregnated Coal Columnar Carbon – Economy Grade Ammonia Control

ARC-AL is an economy-grade impregnated extruded activated carbon designed for light-to-moderate ammonia and organic amine odor control applications. Built on a steam-activated coal base with controlled acidic impregnation, it delivers dependable alkaline gas removal at an accessible price point, making it ideal for large-volume ambient odor control installations.
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  • ARC-AL

  • purestar

Product Overview

Produced from high-quality bituminous coal through extrusion forming, high-temperature steam activation and impregnation processing, ARC-AL balances basic physical adsorption capacity with targeted chemical neutralization for ammonia and amine odors. Its 4mm cylindrical shape ensures uniform gas flow through packed beds with manageable pressure drop, making it easy to scale for large deodorization systems.

With >50% CTC base carbon performance and >800 m²/g BET surface area, it effectively handles co-occurring organic odors alongside alkaline gases. The >90% abrasion resistance ensures low dust generation and stable operation over the service life, making it a cost-effective workhorse for routine municipal and agricultural odor control projects where budget efficiency is a priority.

Specifications

Parameter

ARC-AL

Unit

CTC adsorption value (base carbon)

> 50

%-wt

Moisture content

< 25

%-wt

Extruded carbon diameter

4

mm

Bulk density

780 ~ 820

kg/m³

Hardness (Strength)

> 90

%

Specific surface area (base carbon)

> 800

m²/g

Particle size > 6 mesh (3.35 mm)

> 95

%-wt

Packaging

25 kg/bag、500 kg/bag

Available particle size

  • 4 mm

  • 3 mm

  • 2 mm

  • 4×8 Mesh ( 2.36 ~ 4.75 mm)

  • 6×12  Mesh ( 1.7 ~ 3.35 mm)

Key Features

  • Cost-Optimized Impregnation Formula

    Engineered for budget-sensitive odor control projects, delivering reliable ammonia and low-concentration amine removal at a lower total media cost than premium impregnated grades.

  • Uniform 4mm Extruded Column Structure

    Consistent cylindrical shape ensures even gas distribution across packed beds, preventing channeling and premature breakthrough in fixed-bed deodorization systems.

  • High Mechanical Integrity (>90% Hardness)

    Robust coal-based construction resists particle breakage during pneumatic loading and continuous airflow operation, minimizing dust carryover to downstream equipment.

  • Stable Base Carbon Adsorption (CTC >50%)

    Steam-activated base carbon with >800 m²/g surface area provides dependable physical adsorption capacity for co-existing organic vapors alongside alkaline odor compounds.

  • Predictable Bed Packing (780–820 kg/m³)

    Narrow bulk density range simplifies vessel fill calculations and ensures stable hydraulic performance across standard filter housing designs.

Applications

  • Light-Load Ambient Odor Control: Wastewater pumping stations and primary settling tanks generate low-concentration ammonia odors where premium-grade carbon would be over-engineered. ARC-AL's balanced impregnation delivers dependable alkaline gas removal at an accessible cost point for large-volume installations.

  • Poultry & Livestock General Ventilation: General ventilation systems in poultry houses and barns require cost-effective ammonia control across large air volumes. ARC-AL provides chemical neutralization for alkaline odors without the premium pricing of high-activity grades.

  • Fertilizer Storage Fugitive Emissions: Fertilizer storage and handling areas produce low-level ammonia fugitive emissions. ARC-AL's acid-impregnated surface captures these intermittent alkaline vapors to maintain workplace air quality.

  • Light Chemical Processing Odor: Facilities handling low-concentration amine-based process chemicals need routine odor control. ARC-AL offers a budget-efficient solution for ambient alkaline gas treatment.

Technical Advantages

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  • Cost-effective impregnated formulation balances chemical neutralization and physical adsorption for dependable ammonia removal at lower total project cost.

  • Uniform 4mm extruded structure promotes even gas distribution, avoiding flow channeling and premature breakthrough.

  • Durable coal base with high mechanical strength minimizes particle breakage during handling and operation.

  • Tested to GB/T 7702-2008 standards with stable quality across production batches.

Certifications

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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

Quality Assurance

  • 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.

Why Choose Us

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  • 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

FAQ

Q: When should I choose ARC-AL over ARC-A?

A: Choose ARC-AL for light-concentration ambient odor control, large fill volumes and budget-sensitive projects. Choose ARC-A for higher-load industrial exhaust streams where stronger adsorption capacity and longer service life are required.

Q: Can ARC-AL be thermally regenerated?

A: Thermal regeneration is not recommended for chemically impregnated carbon, as it degrades the active impregnants. For most odor control applications, spent carbon is disposed of and replaced with fresh media.

Q: What bed depth is recommended for ARC-AL?

A: For typical low-concentration odor streams, a minimum bed depth of 300 mm is recommended. For higher inlet concentrations or stricter outlet requirements, increase bed depth to 500–1000 mm.

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