The purpose of this dissertation is to—on occasion very literally—shine a light on processes
that occur in non-thermal plasmas containing CO₂, mostly for CO₂ conversion. In …

This paper brings the comparison of performances of CO 2 conversion by plasma and
plasma-assisted catalysis based on the data collected from literature in this field, organised …

Plasma-based CO2 conversion is worldwide gaining increasing interest. The aim of this
work is to find potential pathways to improve the energy efficiency of plasma-based CO2 …

This review highlighted the current ongoing research in plasma technology and why this
process needs to be explored in synergy with the other available/researched technologies …

Plasma-based CO 2 conversion is promising for carbon capture and utilization. However,
inconsistent reporting of the performance metrics makes it difficult to compare plasma …

The conversion of carbon dioxide (CO 2) through non-thermal plasma catalysis has received
significant attention as a promising approach to address both environmental and energy …

The nonequilibrium or nonthermal chemistry in the plasma phase forms a promising
approach toward direct conversion of CO2 [1]. Experimental results obtained in the 1970s in …

Plasma (catalysis) reactors are increasingly being used for gas-based chemical
conversions, providing an alternative method of energy delivery to the molecules. In this …

Utilising CO 2 with non-thermal plasma technologies represents an emerging possibility to
realise carbon circularity, especially in energy-intensive industries. The first prototype units …

Global warming, along with increasing global energy demands, has led to the need for a
sustainable and low-carbon-based energy economy. In addition to renewable energy …