Sulfur Recovery Catalyst

CHEMPACK spherical activated aluminas and titania-based catalysts have high surface area and purity, low bulk density...  Main items/types:PSR Sulfur Recovery Catalyst (PSR-1 equivalent to CR-3S)PSR Sulfur Recovery Catalyst (PSR-21 equivalent to CRS-21)PSR Sulfur Recovery Catalyst (PSR-31 equivalent to CRS-31 Titania Claus Catalyst)PSR Sulfur Recovery Catalyst (PSR-41 equivalent to AM series Catalyst)PSR Sulfur Recovery Catalyst (PSR-51 equivalent to TG-103)  Technical Specification:

ITEM	PSR-1	PSR-21	PSR-31	PSR-41	PSR-51
Size & Shape(mm)	4~6pellet	4~6pellet	4x5~15bead	4~6pellet	3x4~15trifolium
Color	White	White	White	Brown	Blue
Main content(%)	Al2O3>93Na2O<0.3	Al2O3>85%TiO2>3%	TiO2>85	Al2O3>80additive>5	CoO>2.5MoO3>10
Bulk density(g/ml)	0.65~0.72	0.70~0.75	0.80~0.95	0.70~0.82	0.60~0.70
Active surface(m2/g)	>300	>260	>100	>260	>260
Pore volume(ml/g)	>0.40	>0.35	>0.20	>0.30	>0.40
Crushing strength (N)	>150	>130	>100	>130	>150
Abrasion loss(%)	≤0.3	<0.3	≤1.0	≤0.5	≤0.5
Major function	Universal catalyst for sulfur recovery in acid gas	Catalyst for COS/CS2	Catalyst with high sulfate resistance and conversion	Catalyst with protection of oxygen leakage	Co-Mo / Al2O3Catalyst for tail gas hydrotreation

 CHEMPACK's Claus catalysts are considered the industry standard for delivering improved sulfur recovery. They are used as sulfur recovery catalysts in natural gas plants, refineries, and smelters. They perform well in facilities that employ Claus process plants, as well as other types of sulfur recovery plants. These spherical activated aluminas and titania-based catalysts have high surface area and purity, low bulk density and high macroporosity. These properties ensure maximum activity for the conversion of sulfur compounds. Two main types of catalysts are used in conventional Claus units: activated alumina(CHEMPACK product numbers PSR-1 which equivalent to CR-3S ); and titania catalysts (CHEMPACK product number PSR-21 and PSR-31 which equivalent to CRS-21 and CRS-31). They vary in their capability to hydrolyze COS and CS2 and to resist poisoning (sulfation). These Claus catalysts may be used alone or in combination beds, depending upon performance requirements. 

Sulfur Recovery Catalyst