Amine Carbon Filter

Products Description Amine carbon filters are critical in amine scrubbing ("gas sweetening") systems, where acid gases (CO₂, H₂S) are stripped from sour gas streams. They remove solid particulates-including iron sulfides, pipe scale and carbon fines-that foul amine contactors, thus maintaining...

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Products Description

Amine carbon filters are critical in amine scrubbing ("gas sweetening") systems, where acid gases (CO₂, H₂S) are stripped from sour gas streams. They remove solid particulates-including iron sulfides, pipe scale and carbon fines-that foul amine contactors, thus maintaining process stability and solvent purity.

Product Structure

structural-diagram-of-amine-carbon-filter

Handle: easy to install and replace.
Top/bottom sealing cap: prevents leakage and ensures a tight seal.
Perforated core: Enhances airflow and uniform filtration.
Inner core covering layer: fix the activated carbon to enhance stability.
High-quality activated carbon layer: strong adsorption of odors and harmful gases.
Outer covering layer: prevent charcoal powder from leaking and keep it clean.
External support layer: increase the strength of the cartridge, durable and not deformed.

Key features

High Adsorption Capacity: Optimized pore size distribution captures dissolved hydrocarbons and foaming agents effectively.
Dust-Free Granular Media: Minimizes fines carry-over and downstream fouling.
Long Service Life: Robust coal-based carbon maintains performance over extended cycles.
Easy Installation & Replacement: DOE double-open-end design fits standard housings for quick change-outs.
Corrosion-Resistant Components: Tin-plated steel end caps and core resist chemical attack.
Customizable Grades: Available in various mesh sizes and iodine values to match specific solvent chemistries.

Technical parameters

Product Name	Amine Carbon Filter
Carbon Grade	Granular activated carbon, 8×30 mesh
Iodine Number	≥ 900 mg/g
Bulk Density	480 kg/m³
Hardness	≥ 95 %
Moisture Content	≤ 2 %
Ash Content	≤ 10 %
Maximum Operating Temperature	Up to 300 °F (150 °C)
Maximum Pressure Differential	90 PSID (6.2 bar)
Flow Direction	Outside-to-Inside