SusCat-UCCS Sustainable Energy and Catalysis

We are a research group of UCCS-CNRS laboratory specialized in the Catalysis for Energy, Synthesis of Platform Molecules (CEMoP) and Sustainable Catalysis

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

The presence of halogens in copper-zinc catalysts for CO2 hydrogenation noticeably enhances methanol selectivity in two ways: by suppressing the reverse water–gas shift reaction and by hindering methanol decomposition to CO. Read more in our paper : https://t.co/t3SQmh2LIj

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

Glycols are essential industrial compounds. We propose in Nature Communications a novel direct selective photocatalytic synthesis of glycols from olefins at room temperature using water as the oxidizing agent and generating H2 as the side product. https://t.co/Xkk1L9PXbi

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

A collaborative paper by Ana Fellenberg et al. presents a strategy that utilizes covalent organic frameworks with diverse structures and chemical compositions to enhance carbon dioxide hydrogenation to formic acid at low temperatures.
https://t.co/Yx5iTb5Kww

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

Metals or alloys with low melting points are used as dopants for supported metal catalysts or as electronic and structural promoters. We found that they also improve the stability of zeolite catalysts. https://t.co/1hUWS3eDwu

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

We extend our gratitude for numerous abstracts received by the C1Chem symposium.

The abstract submission period is extended by one week!
Final submission deadline is February 21, 23:59 (CET).
More information on symposium site: https://t.co/3SBIfNFKOz

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

C1CHEM symposium in Lille, France, is now accepting abstracts. Several keynote lectures, along with 50 oral presentations and posters will be selected based on submitted abstracts.
The deadline is February 14, 2024.
Discover all C1CHEM PLENARY SPEAKERS.
https://t.co/XhllovYkOM

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

Our paper "Heterogeneous Catalysis via Light-Heat Dual-Activation: A Path to the Breakthrough in C1 Chemistry" is now online in Joule. If you are interested in the light-heat-coupled catalytic systems you can click this link to read the article https://t.co/qA0HpzBEd7

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

Delighted to announced two distinguished plenary speakers for the upcoming C1Chem symposium! Explore further details about the event, including information on speakers and the scientific program, by visiting https://t.co/3SBIfNFKOz.

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

Dear Colleagues,

We invite you to submit abstracts to C1 Chem “International Symposium on Catalytic Chemistry of C1 Molecules” will take place July 10-10-12, 2024, Lille, France.
Please visit symposium site to view our plenary speakers and program.
https://t.co/g6bEiS5Cbh

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

How to convert CO2 into light olefins with high selectivity over metal-oxide-zeolite bifunctional catalysts? What is the role of each component? Replies are in our manuscript.
https://t.co/Y7UlzE6mpk

[LESE_Group @GroupLese]

A call in Mater. Today Catal. is now open for manuscripts studying and applying #MXenes in catalysis research (thermal and electro). @GroupLESE contributed a Guest Editor for this issue and hopes to see a firework of exciting papers. For details, see: https://t.co/Zse1jOQWta

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

CO2 hydrogenation is an attractive way to store and utilize carbon dioxide. Light olefin selectivity in CO2 hydrogenation over iron molybdate catalysts has been strongly enhanced by addition of weakly electronegative alkaline promoters.
https://t.co/JkdLz4gX6z

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

Introduction of halogens to metal sites presents a promising avenue for inducing acidity by facilitating the heterolytic dissociation of hydrogen directly at the metal sites. It can work for many bifunctional reactions.
https://t.co/EfXCTDLya7

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

Dear all,
The UCCS organizes on July 10 and 11, 2023 the third scientific days of the Hall Pilote Catalyse in the amphitheater of the Chevreul building in the campus Cite Scientifique, Villeneuve d'Ascq.
The opening conference on…https://t.co/UV3NGZGW0T https://t.co/Q0uflixkqT

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

Read Newsletter of our Take-Off project
https://t.co/x0EjCRgM6B https://t.co/Fm6FgC7FSm

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

Read Take-off project newsletter https://t.co/x0EjCRgM6B

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

2023 Rising Stars in Materials Today Catalysis

We are seeking nominations for the Rising Stars in Materials Today Catalysis special issue and prize. The aim of this initiative is to recognize the accomplishments and promises of re…https://t.co/YTHpKG9nWL https://t.co/eOkitECtXZ

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

https://t.co/dmkqhYEjak

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

https://t.co/g3iWzK71xt