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Metal-organic frameworks for gas storage applications

Publication Date
July 18, 2024
Creator
Abstract
The work presented herein focuses on the continuous synthesis of metal-organic frameworks HKUST-1 and UTSA-16 using a nozzle reactor and Swirl reactor. Optimisations for both metal-organic frameworks were achieved at ambient conditions of 25 oC, 1 bar at lab-scale. Both optimisations were then successfully scaled-up using an industrial continuous flow reactor, the Pilot+ nozzle reactor, followed by the Swirl reactor at Promethean Particles at 1 kg scale, each with high yields of 93.0 and 95.2 % and CO2 uptake performances of 20.1 wt. % and 12.8 wt. % for HKUST-1 and UTSA-16, respectively.
Item Type
ethesis
Thesis Type
EngD
Supervisors
Keywords

MOFs

CCS

Subjects (LC)

TA Engineering (Gener...

Associated Schools / Departments
Department of Chemical and Environmental Engineering (UK)
eprints ID
76978
UoN Repository URI
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Name

Scott Priest - 14341912 - EngD Thesis Corrected Version Final.pdf

Type

Full-text

Description
Examined. Corrected Version Final
Size

5.31 MB

Format

Adobe PDF

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