The design of solid catalysts for industrial processes remains a major challenge in synthetic materials chemistry. Based on the investigation of the industrial Cu/ZnO/Al<sub>2</sub>O<sub>3</sub> catalyst, a modular concept is introduced that helps to develop novel methanol synthesis catalysts that operate in different feed gas mixtures. SA=surface area, SMSI=strong metal–support interaction
Effects of catalyst composition have been studied for Cu/support and Cu/ZnO/supports in methanol syn...
Catalysts based on Cu/CuO–ZnO supported on mesoporous carbon (FDU-15) were synthesised and tested fo...
Addition of small amounts of promoters to solid catalysts can cause pronounced improvement in the ca...
The design of solid catalysts for industrial processes remains a major challenge in synthetic materi...
The activity of Cu/ZnO/Al2O3 catalysts for methanol synthesis is determined by the microstructural a...
International audienceCu/ZnO-based catalysts are of industrial importance for the methanol synthesis...
We report the application of an optimised synthesis protocol of a Cu/ZnO:Al catalyst. The different ...
Methanol synthesis has a high potential for global CO2 reduction. Here, the authors identify the oxi...
Small amount of cupric silicate was incorporated into copper-based catalyst to produce a series of m...
Copper and zinc were introduced into mesoporous siliceous matrices with the goal of obtaining model ...
Addition of small amounts of promoters to solid catalysts can cause pronounced improvement in the ca...
Long-term stability of catalysts is an important factor in the chemical industry. This factor is oft...
Addition of small amounts of promoters to solid catalysts can cause pronounced improvement in the ca...
Catalysts have been used for decades to produce various materials on a large scale. A good catalyst ...
Cu-Zn-Al methanol synthesis catalysts have been studied by thermodesorption experiments in order to ...
Effects of catalyst composition have been studied for Cu/support and Cu/ZnO/supports in methanol syn...
Catalysts based on Cu/CuO–ZnO supported on mesoporous carbon (FDU-15) were synthesised and tested fo...
Addition of small amounts of promoters to solid catalysts can cause pronounced improvement in the ca...
The design of solid catalysts for industrial processes remains a major challenge in synthetic materi...
The activity of Cu/ZnO/Al2O3 catalysts for methanol synthesis is determined by the microstructural a...
International audienceCu/ZnO-based catalysts are of industrial importance for the methanol synthesis...
We report the application of an optimised synthesis protocol of a Cu/ZnO:Al catalyst. The different ...
Methanol synthesis has a high potential for global CO2 reduction. Here, the authors identify the oxi...
Small amount of cupric silicate was incorporated into copper-based catalyst to produce a series of m...
Copper and zinc were introduced into mesoporous siliceous matrices with the goal of obtaining model ...
Addition of small amounts of promoters to solid catalysts can cause pronounced improvement in the ca...
Long-term stability of catalysts is an important factor in the chemical industry. This factor is oft...
Addition of small amounts of promoters to solid catalysts can cause pronounced improvement in the ca...
Catalysts have been used for decades to produce various materials on a large scale. A good catalyst ...
Cu-Zn-Al methanol synthesis catalysts have been studied by thermodesorption experiments in order to ...
Effects of catalyst composition have been studied for Cu/support and Cu/ZnO/supports in methanol syn...
Catalysts based on Cu/CuO–ZnO supported on mesoporous carbon (FDU-15) were synthesised and tested fo...
Addition of small amounts of promoters to solid catalysts can cause pronounced improvement in the ca...