Chlorides and Fluorides Removal Adsorbents

CycleSorb® CLR-1710

CycleSorb® CLR-1710 is the newest generation regenerative adsorbent for removal of HCl and organic chlorides from both liquid and vapor streams.

The most common application of this product is the removal of HCl and organic chlorides from CCR reformate as well as following appplications:

  • HCl and organic chlorides removal from Hydrogen rich gas

  • HCl and organic chlorides removal from LPG and Fuel gas

  • HCl and organic removal from isomerization product

Characteristics: Zeolite Adsorbent Shape: Sphere

Size: 1/16"(7*14 mesh, 1.4-2.8 mm);1/8" (4*8 mesh; 2.5-5.0mm)

Service: Regenerative

MicroSorb® CL-1713

MicroSorb® CL-1713 is a promoted alumina adsorbent used to remove HCl . It features high HCl capacity due to duo metal promoters.

Application: CL-1713 is designed for HCl removal from a wide variety of vapor and liquid phase feedstocks.

  • HCl removal from Hydrogen rich gas

  • HCl removal from LPG and Fuel gas

  • HCl removal from Syngas

  • HCl removal from CCR reformate

  • HCl removal from isomerization product

Characteristics: Promoted alumina Shape: Sphere

Size: 1/16"(7*14 mesh, 1.4-2.8 mm);1/8" (4*8 mesh; 2.5-5.0mm)

Service: Non-regenerative

CycleSorb® CLR-1700

CycleSorb® CLR-1700 is specially developed for HCl and Water Removal from H2 rich gas, LPG and fuel gas. It's regenerative adsorbent.

Characteristics: Promoted Alumina Adsorbent Shape: Sphere

Size: 1/16"(7*14 mesh, 1.4-2.8 mm);1/8" (4*8 mesh; 2.5-5.0mm)

Service: Regenerative

MicroSorb® CL-1733

MicroSorb® CL-1733 is a mix metal chloride adsorbents. It futures very high HCl adsorption capacity.

Application: Cl-1733 is designed for industry-specific purification of a wide variety of vapor and liquid feedstocks.

  • HCl removal from Hydrogen rich gas

  • HCl removal from LPG and Fuel gas

  • HCl removal from Syngas

  • HCl removal from CCR reformate

  • HCl removal from isomerization product

Characteristics: ZnO/Na2O Shape: Extrudate

Size: 1.6 mm; 3.2mm

Service: Non-Regenerative