4mm CTC80% Coconut Shell Based Pellet Activated Carbon for Solvent Recovery

Product Introduction

4mm CTC80% Coconut Shell Based Pellet Activated Carbon is engineered specifically for solvent recovery applications. This activated carbon is derived from premium coconut shells, skillfully processed into cylindrical pellets that optimize surface area and enhance adsorption capacities. The structural design is tailored to efficiently capture and reclaim a diverse range of organic solvents, ensuring high performance and reliability in demanding environments.

Note: Specifications and particle sizes can be customized according to customer requirements.

Features

• High Adsorption Capacity: The cylindrical form and highly porous structure promote enhanced contact with solvents, significantly improving recovery efficiency.

• Durability and Stability: Made from coconut shells, this solvent recovery activated carbon demonstrates exceptional mechanical strength and thermal stability, making it suitable for continuous operation in industrial applications.

• Low Pressure Drop: The extruded pellet shape encourages smooth airflow, leading to reduced energy consumption and lower operational costs.

• Cost-Effective Solution: This activated carbon provides a reliable and economical choice for maximizing solvent recovery processes.

Applications

This specialized pellet activated carbon is extensively utilized across various industries, including chemical manufacturing, pharmaceuticals, and printing. It plays a crucial role in the effective recovery of solvents such as toluene, benzene, and xylene, helping organizations minimize waste, reduce operational costs, and comply with strict environmental regulations.

Manufacturing Process

• Material Selection: High-quality coconut shells are carefully chosen to ensure optimal performance characteristics essential for solvent recovery.

• Carbonization: The selected coconut shells undergo a controlled carbonization process at elevated temperatures, effectively eliminating volatile impurities while developing a highly porous structure.

• Activation: A physical or chemical activation procedure is performed to enhance the internal surface area, critical for efficient solvent adsorption.

• Pelletization: The activated carbon is then formed into cylindrical pellets, specifically designed to maximize flow characteristics and enhance adsorption effectiveness.

• Quality Control: Comprehensive testing is conducted during all stages of manufacturing to guarantee that the activated carbon meets stringent industry standards for iodine number, surface area, and adsorption capabilities.

Packaging Options

• 25kg Bags: Designed for easy handling and storage, suitable for users with lower volume requirements or those needing flexibility in their solvent recovery applications.

• 500kg Bulk Bags: Tailored for larger operations, these bags provide efficient transportation and storage solutions, minimizing packaging waste and offering cost-effective options for high-volume production.

• Custom Packaging: Flexible packaging solutions are available to accommodate specific client requirements, ensuring compatibility with various handling and dispensing systems.

• Protective Features: All packaging includes elements designed to protect the activated carbon from moisture and contamination, preserving its efficacy for solvent recovery tasks.