催化剂活性的氧化铝子句

催化剂活性的氧化铝子句
活性的氧化铝是一种渗透性很强并没有改变,由于其高的孔隙率其化学或物理形式债券具有一定的液体和气体三氧化二铝的形式,它具有较高的比表面积重量的它常用的作为干燥剂,水处理,以及催化剂在天然气和炼油业务。
干燥剂是一种具有高亲和力的水,具有干燥影响其当地的气氛,如密封的容器,里面作为干燥剂,活性白氧化铝物质经营由吸附过程,这不应与混淆通常越多,知道的吸收过程,吸收是一个物理过程流体卷入和填补空虚的坚实无粘结到它。吸附,另一方面,是一个在拉成固体材料孔隙流体实际上债券为化学与固体物质的过程。
当暴露在活性氧化铝,空气中的水分子将债券对氧化铝,从而导致在较干燥的空气。如果材料被加热,它会释放回空气粘到它的水,这一进程绑定到和泄水可以重复无限期,使这种材料最常见的干燥剂之一。
主要用途 | 在克劳斯先导硫磺回收用氧化铝 |
年级 | SS-201 |
外观 | 白色的球体 |
球体尺寸 (毫米) | Φ4-6 |
Al2O3 (%) | 90 分钟。 |
体积密度 (g / cm3) | 0.65-0.80 |
压强度 (N 球) | 140 分钟 |
比表面积 (m2 / g) | 300 分钟 |
孔容 (cm3 / g) | 0.4 |
Activated Alumina Clause catalyst
Activated Alumina is a form of Aluminium Oxide that is very porous and bonds with certain liquid and gases without its chemical or physical form changing, Due to its high porosity, it has a high ratio of surface area to weight, it is commonly used as a desiccant, for water treatment, and as a catalyst in natural gas and refining operations.
A desiccant is a substance with a high affinity for water, which has a drying effect on its local atmosphere, such as inside a sealed container, As a desiccant, Acticated Alumina operates by the process of adsorption, this should not be confused with the more commonly know process of absorption, Absorption is a physical process by which a fluids is drawn into and fills the empty spaces in a solid without bonding to it. Adsorption, on the other hand, is a process in which the fluid drawn into the solid material's pores actually bonds chemically with the solid material.
When exposed to activated alumina, water molecules in the air will bond to the alumina, thereby resulting in drier air. If the material is heated, it will release the water bonded to it back into the air, This process of binding to and releaseing water can be repeated indefinitely, making this material one of the most common desiccants.
Main usage | Alumina for sulfur recovery in Claus Prosess |
Grade | SS-201 |
Appearance | WHITE SPHERE |
Sphere Size (mm) | Φ4-6 |
Al2O3 (%) | 90 min. |
Bulk Density (g/ cm3) | 0.65-0.80 |
Crush resistance (N/ sphere) | 140Min |
Specific Surface (m2/ g) | 300Min |
Pore Volume (cm3/ g) | 0.4 |
