Publications
See the power of our advance testing solutions Flowrence® in various application areas. We help the leading research institutes developing better and more efficient catalysts with the world’s best high throughput technology.
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Distance effect in bifunctional Cu-based catalysts converting syngas to dimethyl-ether
Yuang Piao, Céline Xu, Peter Ngene, Petra de Jongh. React. Chem. Eng.
2026
Alcohols
Hydration/Dehydration
Hydrogenation
Chemicals & Sustainable Chemistry
Energy & Fuels
Optimization of NiMo alloy nanoparticles for catalytic dry reforming of methane
Azimet A. Karluk, Javeed Mahmood, Seok-Jin Kim, Cafer T. Yavuz. Beilstein J. Nanotechnol. 2026, 17, 1212–1222
2026
CO2 valorization
Green chemistry
Reforming
Chemicals & Sustainable Chemistry
Energy & Fuels
Near-Atomic Indium Catalysts Enable Cost-Efficient High-Pressure Reverse Water–Gas Shift
Xinhuilan Wang,Saleh Ibrahim S. Altuwayjiri,Polina Tolstova,Alejandra Rendón-Patiño,Rafia Ahmad,Motaz Khawaji,Mohnnad H. Alabsi,Luigi Cavallo,Jean Marcel R. Gallo,Jorge Gascon. ACS Catal. (2026)
2026
CO2 valorization
Green chemistry
Hydrogenation
Chemicals & Sustainable Chemistry
Energy & Fuels
Cobalt supported on indium oxide decorated by copper as a selective and stable catalyst for CO2 hydrogenation to methanol
Xinhuilan Wang; Ahmed Alamer; Xuan Gong; Aiping Chen; Jose Luis Santos; Alejandra Rendón-Patiño; Wei Wang; Natalia Morlanes; Mohnnad H. Alabsi; Jean Marcel R. Gallo; Jorge Gascon. Sustainable Chemistry for Energy Materials 100054
2026
Alcohols
CO2 valorization
Hydrogenation
Chemicals & Sustainable Chemistry
Energy & Fuels
Toward sustainable methanol from blast furnace gas: Economic, environmental, and sensitivity analyses
Jaedeuk Park, Sangwoong Park, Myung Kyun Lim, Ki Hyuk Kang, Kiwoong Kim, Kyungjae Tak
2026
Carbon Capture
CO2 valorization
Hydrogenation
Chemicals & Sustainable Chemistry
Energy & Fuels
Accelerating Ammonia Decomposition Catalyst Discovery with AI
Samuel P. Gleason; Martin Siron; Alan Barrios; Richard Tran; Joseph Musielewicz; Piyusa Priyadarsan Pattanaik; Anvesh Nathani; Tristan Deleu; Etienne Du Fayet; Jean‑Gabriel Argaud; Sagar Pal; Hannah Bull; Cory Hargus; Svetlana Heyte; Victor Schmidt; Egon Heuson; Sébastien Paul; Alexandre Duval.
2026
A.I./Machine Learning
Energy Transition
Hydrogenation
Energy & Fuels
Industrial R&D
Bayesian optimization guides the discovery of high-performance catalysts for direct CO2-to-jet-fuel conversion
Joseph Lacanilao Santos; Dina K. Alsaadi; A. Alahmadi; Dmitrii Khizbullin; David Robert Pugh; Alessandro Genovese; Mohnnad H. Alabsi; K. A. Al‑Majnouni; Maaz Khawaji; Jean Marcel R. Gallo; Jorge Gascon. ChemCat, Volume 6, Issue 6101683
2026
A.I./Machine Learning
CO2 valorization
Energy Transition
Energy & Fuels
Sustainable Aviation Fuels (SAF)
