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Organic Sulfur Hydrogenation Catalyst Carrier
Hydrogenation catalyst carrier has the characteristics of low density, large pore volume, surface area and uniform pore size distribution. The catalyst carrier of sulfur hydrogenation takes...
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Activated Alumina Carrier
Activated alumina carrier is the most widely used catalyst carrier, and as an inert solid catalyst carrier, it accounts for about 70% of industrial supported catalysts. Activated alumina has...
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Activated Alumina For Petrochemical
1.Activated alumina for petrochemical as catalyst carrier
2.Characteristics:a porous structure, high specific surface area and in an unstable transition state
3.It can not only promote... -
Activated Alumina Catalyst Support
1.Activated alumina catalyst support is widely used in the oil industry
2.Characteristics:adjustable pore structure, large specific surface area, good adsorption performance, acidity and good... -
Activated Alumina Ball For Catalyst Carrier
1.Activated alumina ball for catalyst carrier is accounting for about 70% of the catalysts carriers in the industry
2.Compared with other catalyst support,it has larger porosity, surface area... -
Activated Alumina Catalyst
1.The activated alumina catalyst is white spherical substance
2.It has the advantages of high mechanical strength, long service life and strong regeneration ability
3.It is a special... -
Activated Alumina Claus Catalyst
1.Activated alumina has the characteristics required by itself to become a catalyst and catalyst carrier,namely adsorption capacity and stable chemical characteristics
2.The active component... -
Activated Alumina For Hydrogen Peroxide
1.Activated alumina used for hydrogen peroxide has a larger surface area and adsorption capacity
2.It is a key raw material for anthraquinone adsorption and regeneration in hydrogen peroxide... -
Activated Alumina For Waste Water
1.Activated alumina has a strong adsorption effect on fluoride ions in wastewater
2.Products soaked in water due to its high strength and high hardness will not become soft
3.It will not... -
Activated Alumina Precious Metal Catalyst Carrier
1.Activated alumina precious metal catalyst carrier usually require larger surface area and porosity
2.The catalyst can contact the metal more efficiently during the production process and... -
Al2O3 Catalyst Support
1.Al2O3 catalyst support is a γ-Al2O3 supported Pt-Pd double precious metal catalyst and rare element is added as a promoter.
2.It has high dehydrogenation activity, high resistance to... -
Alumina Catalyst Support
1.Alumina catalyst support is white porous particles, adopting advanced forming technology
2.It is suitable pore structure, low impurity content, good impregnation characteristics of active...
The basic Claus process for sub-stoichiometric combustion of hydrogen sulfide (H 2 S) to elemental sulfur follows the following reactions: H 2 S + 1 ½ O 2 → SO 2 + H 2 O. 2 H 2 S + SO 2 → 2 H 2 O + 3...
Sulfur Recovery in Claus Plants Debottlenecking Claus plants in refineries through smart, selective and safe investments in oxygen enrichment Claus plants play a key role in refinery...
Sulphur Recovery Claus Process Claus Process Reliable and robust operations with Claus, SCOT, sulphur degassing, and THIOPAQ O&G sulphur recovery technologies secure gas production and comply with...
Claus plant. To achieve 99 percent sulphur recovery, the tail gas from the second Claus bed is fed directly to the reactor bed containing the direct oxidation catalyst. To achieve 99.5...
The traditional Claus plant may be used for primary sulphur recovery from such a rich acid gas stream. Unfortunately, the H2S content of acid gas is sometimes very low (5–50 per cent) with...
For an elemental sulfur product, a Claus sulfur recovery unit produces elemental sulfur from H 2 S in a series of thermal stage followed by multiple catalytic stages, achieving about 98% recovery of...












