Revolutionizing Methanol Production: Innovative Plasma-Catalytic CO₂ Hydrogenation at Room Temperature

Credit: Chem (2024). DOI: 10.1016/j.chempr.2024.06.022

A groundbreaking⁤ achievement by researchers at the University of Liverpool has unlocked a new era in the conversion ‌of ‌carbon dioxide (CO2) into valuable fuels and chemicals, paving⁢ the way for a sustainable net-zero economy.

Published in‍ the prestigious⁣ journal‍ Chem, the team’s innovative plasma-catalytic process for converting CO2 to methanol at ‌room temperature and ‍atmospheric pressure represents a major leap forward in green technology.

This cutting-edge approach overcomes the challenges of‌ traditional thermal catalysis, ‍offering high ⁢selectivity for methanol and increased CO2 conversion rates without the need for extreme conditions.

By utilizing a bimetallic⁢ Ni-Co‌ catalyst⁤ in a non-thermal plasma reactor, the researchers achieved ‍an impressive 46% selectivity⁣ for methanol and 24% CO2 conversion at mild operating conditions.

The use of non-thermal plasma, with its ability to activate strong chemical bonds in inert molecules ⁣like ⁤CO2, enables efficient chemical reactions to take place under gentle settings.

Furthermore, the flexibility of plasma-based modular systems allows for instant activation and deactivation, making it ideal for ⁢utilizing renewable electricity sources for decentralized production⁣ of fuels‌ and chemicals.

2024-08-09 07:15:02
Article from phys.org