二氧化硅-氧化铝颗粒材料的烧结及其催化性能

A. S. Apkarian, L. Gömze, J. F. Ibrahim, S. Kulkov
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引用次数: 1

摘要

在这项工作中,开发了一种过滤材料,其中带有催化活性层的颗粒状玻璃陶瓷用作载体。球团的主要成分是碱性玻璃,这使得熔融玻璃的熔化和发泡过程得以加强。确定了颗粒的物理技术特性,得到了颗粒的密度小于300 kg/m3,压缩层强度在0.8 ~ 2.6 MPa之间。考虑到GCM颗粒的物理和技术特性,进行了研究,以确定将其用作具有催化活性层的过滤介质的可能性。这不仅可以处理鱼片,还可以从中制造出一种高效的材料,使水达到标准的净化。
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Sintering of Silica-Alumina Granular Materials and its Catalytic Properties
In this work was developed a filtering material, where a granular glass-ceramic with a catalytically active layer applied as a carrier. The main component of the pellet batch is alkaline glass which made it possible to intensify the processes of melting and foaming of the molten glass. It has been defined physical and technical characteristic of granules and obtained that its density smaller 300 kg/m3 and strength under compression layers between 0.8-2.6 MPa. Taking into account the physical and technical characteristics of GCM granules, studies were carried out to determine the possibility of using them as filtering media with a catalytically active layer. This makes it possible not only to dispose of cullet, but also to create a highly efficient material from it, allowing water to be purified up to standards.
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