Facile Recoverable and Reusable Macroscopic Alumina Supported Ni-based Catalyst for Efficient Hydrogen Production.

Clicks: 297
ID: 70724
2019
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Abstract
A γ-NA5 catalyst in the form of pellet was first to be reported and was pioneering in gasification to accelerate the production of syngas through biomass (palm empty fruit brunch) conversion. The synthesised γ-NA5 pellet possesses a high surface area of 212.32 m g, which renders more active sites for hydrocarbon cracking, subsequently leading to high H production (0.0716 m kg). Additionally, the pellet exhibits remarkable reversibility and reusability with 91% H production efficiency being retained after five consecutive gasification cycles. Distinctively, the feature of the synthesised γ-NA5 pellet from the conventional powder-like catalyst is that it eases the separation of the used catalyst from the biomass ash, and subsequently facilitates regeneration solely by calcination process. The loading of 20 wt.% optimised amount of catalyst itself has successfully shorten the completion of gasification process up to 135 min, which is highly feasible for a large scale industrial usage after considering the cost of the catalyst, facile preparation method, and catalyst's effectiveness towards gasification.
Reference Key
teo2019facilescientific Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors Teo, Siow Hwa;Yap, Davin Kin Yew;Mansir, Nasar;Islam, Aminul;Taufiq-Yap, Yun Hin;
Journal Scientific reports
Year 2019
DOI
10.1038/s41598-019-52857-4
URL
Keywords
ppabf2 ppdam5 ppdam6 pptcp20 peach bud endodormancy

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