
Products Description Amine filter is designed to protect amine systems (natural gas sweetening, refinery gas processing, syngas purification, CO2 capture) by removing submicron solids and liquid aerosols. It utilizes a multi-layer composite depth filtration media specifically selected for...

The amine filter for chemical plants is designed to protect amine systems (sweetening, gas processing, syngas purification, CO2 capture) by removing submicron solids and liquid aerosols. It utilizes a multi-layer composite depth filtration media specifically selected for chemical compatibility with aggressive amines (MEA, DEA, MDEA, DGA) and high H2S/CO2 environments.

1. Mechanism: Contaminated amine flows from the outside to the inside of the cartridge.
Multi-Stage Capture: Larger particles trapped on the surface; finer particles and gels captured deep within the graded-density media matrix via adsorption and mechanical entrapment.
2. Result: Progressive loading maximizes dirt-holding capacity, extending service life and protecting downstream components like carbon beds or activated alumina from premature fouling. Maintains optimal amine clarity.
| Product Name | Amine Filter for Chemical Plants |
| Dimensions | Standard 10"x 2.5", 20"x 2.5", 30"x 2.5", 40"x 4.5". Custom sizes available. |
| Flow Rates | Optimized for typical amine circulation rates (e.g., 5-10 GPM per 10" cartridge @ 10µ rating, dependent on viscosity/density). |
| Temperature | Continuous service up to 90°C (Higher temp options available). |
| Pressure Drop | Initial ΔP < 3.5 PSID @ rated flow. Max recommended ΔP: 30 PSID. |
| pH Compatibility | Designed for full amine system operating pH range (typically 8-12). |
Critical Applications in Chemical Plants:

Q: Can these filters handle high H2S/CO2 amine?
A: Absolutely. Materials are specifically selected for resistance to sour service degradation. PTFE/PFA options available for extreme conditions.
Q: What micron rating do I need?
A: Depends on your primary contaminant and goal. 5-10μ targets general solids/FeS. 1-3μ is critical for stopping foaming precursors and fine carbon/silica. We analyze your amine sample to recommend the optimal rating.
Q: Do you offer compatibility testing?
A: Yes, we can perform material compatibility testing with your specific amine blend upon request.
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