Tailored bifunctional catalysts for CO2 valorization: The key role of morphology and acidity in metal-doped imidazolium-functionalized silica nanomaterials

Authors: Chloé Célis, Anthony Morena, Vittorio Marsala et al.
Publication: Journal of Environmental Chemical Engineering
Published: Jun 1, 2026
Source: Crossref
Back to Search View Original Cite This Article

Related Articles

Research on intermediate-temperature methane steam reforming over Ni-based catalysts for metal-supported SOFC systems: From global performance to intrinsic kinetics

Ke Sun, Xinyu Yan et al. - Jan 2027

Read More
Stability and catalytic performance of Single-Atom catalysts supported on BN-ixene nanosheets for Hydrogen Adsorption, Dissociation, and CO2 reduction reaction to formic acid

Ali Hussain, Aqsa Naeem et al. - Jan 2027

Read More
A novel approach to enhance ATM cybersecurity: tailored YARA rules for ATM malware analysis

Kapil Kumar, Kashyap Joshi et al. - Jan 2027

Read More
Hydrocracking of polypropylene over Ni-loaded two-dimensional zeolite catalysts for LPG-rich hydrocarbon production

Hyunji Jeong, Jichan Kim et al. - Jan 2027

Read More
Graphene-based catalysts for low-temperature NOx reduction: advances, mechanisms, and prospects

Linjie Cai, Junhua Wang et al. - Jan 2027

Read More
Journal Ideas PyMinds Charcha More
PORE

About

About Us

Resources

Help Center Research Guides Citescore

Legal

Terms of Service Privacy Policy Cookie Policy Accessibility

Connect

Contact Us
© 2026 PORE. Content available under CC BY-NC 4.0