SRC-A Impregnated Coal Columnar Activated Carbon for Food Processing Odor Treatment

Key Features

• Chemical Impregnation for Irreversible H₂S Capture: Proprietary formula enables 95%+ removal efficiency even at 1-5 ppm, converting H₂S to stable compounds via chemisorption—outperforming physical adsorption alone.

• Targeted Organic Sulfide Removal: Highly effective against mercaptans, thioethers and foul-smelling sulfides, with 3-5x higher capacity than standard activated carbon (ideal for food processing/waste management).

• Stable Bed Performance: Uniform 4mm pellets ensure consistent packing, prevent channeling and enable even gas distribution for reliable service life.

• Food Industry Safety Compliance: Manufactured to food-grade standards with non-toxic properties, suitable for food processing environments.

• Low Pressure Drop Operation: Optimized 4mm size maintains 300-600 Pa/m at design flow, minimizing energy consumption in ventilation systems.

• Extended Service Life: Chemical reaction mechanism delivers predictable loading curves, avoiding unexpected breakthrough and simplifying replacement scheduling.

Applications

• Food Processing Odor Treatment: Eliminates sulfur-based odors (e.g., H₂S, mercaptans) in meat, dairy, and food manufacturing facilities.

• Wastewater Odor Control: Neutralizes foul gases from sewage treatment plants and wastewater processing facilities.

• Acid Gas Removal: Efficiently captures H₂S, SO₂, and other acid gases via chemical absorption.

• Oil & Gas Desulfurization: Ideal for natural gas, petrochemical, and refinery desulfurization systems.

• Chemical Processing: Used for sulfur compound removal and high-purity gas purification in chemical production.

Technical Advantages

• Optimized pore structure with high micropore volume, ensuring superior adsorption efficiency for VOCs and organic gases

• High CTC activity (>50%) indicating strong adsorption capacity and consistent performance

• Excellent mechanical strength, minimizing breakage and dust generation during transportation and operation

• Low moisture and ash content, improving adsorption efficiency and extending service life

• Uniform pellet size distribution for reduced pressure drop in industrial systems

• Stable performance under high humidity and continuous airflow conditions

Certifications

PURESTAR is committed to strict quality control and international standards.

• ISO 9001: Quality Management System

• ISO 14001: Environmental Management System

• ISO 45001: Occupational Health & Safety Management

• MSDS (Material Safety Data Sheet) available

• COA (Certificate of Analysis) provided for every shipment

All products are manufactured under strict quality inspection to ensure stable and reliable performance for global customers.

Why Choose Us

• 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

Q1: How does impregnated activated carbon differ from standard carbon for H₂S removal?

A: Standard carbon uses reversible physical adsorption (ineffective at <10 ppm H₂S). SRC-A relies on irreversible chemisorption: H₂S reacts with impregnated catalysts to form stable compounds, offering 5-10x higher capacity at low concentrations and resisting desorption.

Q2: What's  SRC-A's service life in food processing odor control?

A: Typically 6-12 months for food processing (5-50 ppm H₂S) and 3-6 months for wastewater treatment (50-200 ppm). Its linear loading curve enables accurate replacement scheduling.

Q3: Is SRC-A safe for food processing facilities?

A: Yes. It meets food-grade standards, is non-toxic, and safe for ventilation systems. We provide SDS, compliance certificates, and third-party testing reports upon request.

Q4: Can SRC-A be regenerated after H₂S saturation?

A: No—chemically bound sulfur compounds can't be easily removed. However, its high loading capacity lowers total ownership costs. Spent SRC-A is typically disposed of as non-hazardous waste (verify local regulations).

Q5: What humidity is optimal for SRC-A?

A: 40-80% RH (best performance). Below 40% RH reduces reaction efficiency; above 80% RH may block pores. Optimal temperature: 10-50°C. Use high-humidity grades for >90% RH applications.