SolarMethaChem

The goals of the SolarMethaChem project are to develop new fundamental research relevant to the photochemical selective transformation of methane.

[SolarMethaChem @MethaSolar]

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/TrMCUMfSKS

[SolarMethaChem @MethaSolar]

How to improve the selectivity of photocatalysis? By combining it with thermocatalysis. Selective conversion of methane to formic acid in a one-pot reactor.https://t.co/pWvsASVH6A

[SolarMethaChem @MethaSolar]

What are the contributions of titania and plasmonic gold nanoparticles of different sizes in photocatalytic methane coupling? Read about it in our paper in Materials Today Energy
https://t.co/blENiHM7Yo

[Robert Wojcieszak @wojcieszakr]

Don't miss this opportunity!

[SusCat-UCCS Sustainable Energy and Catalysis @SuscatC]

Dream reaction. Room temperature methane coupling with CO in water to acetic acid. Read our paper in JACS

https://t.co/GwgFOJZtPx https://t.co/0pzzWyvfr2

[SolarMethaChem @MethaSolar]

We are pleased to invite you to International Workshop “Solar Driven Chemistry and Photocatalysis”, organized in the frame of the SolarMethaChem project in the Chevreul Building, Campus Cité scientifique, Villeneuve d’Ascq on October 6th 2022, 13:30-17:45.

[SolarMethaChem @MethaSolar]

Our SolarMethaChem meeting took place on 22 June on-line. The partner teams presented the progress made in materials synthesis, photocatalysis and modelling. The face-to-face meeting and an International Workshop on Photocatalysis will take place in Lille in early October.

[SolarMethaChem @MethaSolar]

Summary of Recent Advances in Plasmonic Photocatalysis Based on TiO2 and Noble Metal Nanoparticles
https://t.co/1afNGqM2YR

[SolarMethaChem @MethaSolar]

New data about the mechanism of nitrophenol reduction on Au nanoparticles under visible-light irradiation and a strategy to further enhance the rates of photocatalytic reactions.
https://t.co/Zt1YIoLYXG

[SolarMethaChem @MethaSolar]

Learn about the a one-pot, gram-scale, room-temperature synthesis of earth-abundant plasmonic photocatalysts
https://t.co/llJF7mFIlE

[SolarMethaChem @MethaSolar]

Read this review about a comparative analysis of low temperature methane photocatalytic conversion routes such as methane oxidation, methane reforming and methane coupling.
https://t.co/ooAXPTcXp3

[SolarMethaChem @MethaSolar]

SolarMethaChem brings together three research groups in France (CNRS-UCCS), Finland (University of Helsinki) and Poland (Jerzy Haber Institute of Catalysis and Surface Chemistry PAS) with complementary expertise in catalysis, materials science and modeling.

[SolarMethaChem @MethaSolar]

Welcome to Twitter of the SolarMethaChem project!