HN
Authored
17 records found
Microwave heating in heterogeneous catalysis
Modelling and design of rectangular traveling-wave microwave reactor
Microwave irradiation can intensify catalytic chemistry by selective and controlled microwave-catalytic packed-bed interaction. However, turning it to reality from laboratory to practical applications is hindered by challenges in the reactor design and scale-up. Here, we present
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Numerical analysis of microwave heating cavity
Combining electromagnetic energy, heat transfer and fluid dynamics for a NaY zeolite fixed-bed
Three-dimensional mathematical model was developed for a rectangular TE
10n
microwave heating cavity system
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Numerical analysis of microwave heating cavity
Combining electromagnetic energy, heat transfer and fluid dynamics for a NaY zeolite fixed-bed
Three-dimensional mathematical model was developed for a rectangular TE
10n
microwave heating cavity system
...
Numerical analysis of microwave heating cavity
Combining electromagnetic energy, heat transfer and fluid dynamics for a NaY zeolite fixed-bed
Three-dimensional mathematical model was developed for a rectangular TE
10n
microwave heating cavity system
...
Numerical analysis of microwave heating cavity
Combining electromagnetic energy, heat transfer and fluid dynamics for a NaY zeolite fixed-bed
Three-dimensional mathematical model was developed for a rectangular TE
10n
microwave heating cavity system
...
Numerical analysis of microwave heating cavity
Combining electromagnetic energy, heat transfer and fluid dynamics for a NaY zeolite fixed-bed
Three-dimensional mathematical model was developed for a rectangular TE
10n
microwave heating cavity system
...
Coaxial traveling-wave microwave reactors
Design challenges and solutions
Microwave chemistry applications have been investigated for more than three decades. Contrary to common cavity-based microwave applicators, the traveling-wave microwave reactor has the potential to enable the process scale-up, a better coupling of microwave energy with microwave-
...
Coaxial traveling-wave microwave reactors
Design challenges and solutions
Microwave chemistry applications have been investigated for more than three decades. Contrary to common cavity-based microwave applicators, the traveling-wave microwave reactor has the potential to enable the process scale-up, a better coupling of microwave energy with microwave-
...
Coaxial traveling-wave microwave reactors
Design challenges and solutions
Microwave chemistry applications have been investigated for more than three decades. Contrary to common cavity-based microwave applicators, the traveling-wave microwave reactor has the potential to enable the process scale-up, a better coupling of microwave energy with microwave-
...
Coaxial traveling-wave microwave reactors
Design challenges and solutions
Microwave chemistry applications have been investigated for more than three decades. Contrary to common cavity-based microwave applicators, the traveling-wave microwave reactor has the potential to enable the process scale-up, a better coupling of microwave energy with microwave-
...
Traveling-Wave Microwave Reactor (TMR) presents a novel heterogeneous catalytic reactor concept based on a coaxial waveguide structure. In the current paper, both modeling and experimental studies of catalyst heating in the TMR are presented. The developed 3D multiphysics model w
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Microwave heating presents a potentially green alternative for energy supply to chemical and catalytic reactors as it can be based on the electricity from renewable sources. The Reverse Traveling Microwave Reactor (RTMR) is a novel heterogeneous catalytic reactor concept, based o
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Energy-efficient CH4-CO2 valorization to fuels and chemicals presents an urgent need considering the great variety of methane sources and the removal of greenhouse gases. In the present work, the microwave-assisted dry reforming of methane, DRM, has been carried out in a custom-d
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The paper discusses the currents status and future perspectives of the utilization of microwaves, as a selective and locally controlled heating method, in heterogeneous catalytic flow reactors. Various factors related to the microwave-catalyst interaction and the design of microw
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The paper discusses the currents status and future perspectives of the utilization of microwaves, as a selective and locally controlled heating method, in heterogeneous catalytic flow reactors. Various factors related to the microwave-catalyst interaction and the design of microw
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With renewable electricity becoming the most widespread, flexible, and accessible form of energy on Earth, electrification of chemical processes presents one of the most promising transition paths to low-carbon-footprint, environmentally-neutral manufacturing of fuels and chemica
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Following the global trend towards increased energy demand together with requirements for low greenhouse gas emissions, Adaptable Reactors for Resource- and Energy-Efficient Methane Valorisation (ADREM) focused on the development of modular reactors that can upgrade methane-rich
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