This paper describes dielectric barrier discharge and catalyst combination technology which
is applied for dry methane reforming (DMR: CH4+ CO2= 2CO+ 2H2) and reverse water gas …

When N2/O2 mixture is used for nitrogen fixation (NF), researchers believe that the
Zeldovich mechanism is the main pathway for NO formation. However, there is still debate …

Plasma-enabled CO2 conversion is an appealing technology to achieve carbon neutrality.
Aiming at cost-effective utilization of CO2, a compact and low-cost commercial power supply …

Plasma-based NO x synthesis from ambient air is a promising sustainable technology for
producing value-added chemicals, such as nitrogen fertilizer and medication. The relatively …

Ammonia (NH 3) is the most crucial industrial chemical feedstock for producing fertilizers
and is a promising future hydrogen carrier. Recent research has spurred to development of …

This work presents a detailed investigation aimed at understanding the key mechanisms
governing nitric oxide (NO) production in N2–O2 discharges by systematically comparing …

Non-thermal plasma-based NOx synthesis from ambient air is receiving an increasing
amount of interest for its potential in small-scale, sustainable fertilizer production …

The vibrational excitation of N 2 molecules has a significant impact on plasma chemical
synthesis, including nitrogen fixation and ammonia formation, by reducing the energy barrier …

Nitrogen fixation, the conversion of atmospheric nitrogen into biologically useful compounds,
is crucial for sustaining biological processes and industrial productivity. Recent advances …

Nitrogen fixation is crucial for plant growth and global agriculture, especially with the
projected population growth requiring a significant increase in food production. Traditional …