catalyst carrier

catalyst carrier

[′kad·əl·əst ‚kar·ē·ər]
(chemistry)
A neutral material used to support a catalyst, such as activated carbon, diatomaceous earth, or activated alumina.
References in periodicals archive ?
Therefore, some scholars consider the preparation of solid base as the catalyst carrier, For example, Wan et al.
Hence, ZSM-5 is probably not appropriate for use as a catalyst carrier for catalytic combustion of large molecular organic compounds.
This material has a potential application as a drug or catalyst carrier. The synthesis of heterogeneous catalyst based on polyoxometalates impetus us to use this porous particle of silica to fabricate POMs micron-sized core-shell porous materials, which is suitable for catalysis design and industrial preparation.
Catalyst Carrier. Great catalyst carrier should have proper specific surface area, good heat resistance, and mechanical strength.
(20), (21) developed a gas-phase short-stop technique to study fragmentation of the catalyst carrier, nascent particle morphology, and reaction kinetics in gas-phase polymerization of olefins performed with heterogeneous catalysts.
From the spectrogram, we can see it appeared a clear diffraction peaks of Ag, but when reducion time increased to 5hour, because of too long reduction time, it led to active component disperse more uniform on the surface of catalyst carrier [9,10], the crystal changed small, leading to the diffraction peak change small when it comes to XRD analysis.
Therefore, they are being used in many applications such as the preparation of catalyst, catalyst carrier, molecular sieve, adsorbent, environmental protection material, ion exchanger, conductive material, storage material, and nanocomposites [3-5].
Therefore, the MFS-02 can be used as the adsorbent for large VOCs capture or as the catalyst carrier under the condition of higher relative humidity.
M2 PRESSWIRE-August 7, 2019-: Catalyst Carriers and Binders Market 2019 Global Trend, Segmentation And Opportunities Forecast To 2024
Summary: Also, expansion of production capacity by local manufacturers is a common trend being witnessed in the catalyst carriers market.
Data about trade by product show that the most exported goods were catalyst carriers with precious metals or precious metal compounds, ignition conductor sets for vehicles, airplanes and ships, ferro-nickel and apparel.
Further, by varying the reaction conditions and the nature of precursors or additives, different varieties of xerogels can be prepared and henceforth can find applications in separations, biomedicine, glazing, paints, sensors, thermal insulation, catalyst carriers and oil spill clean-up [3-7].