Hydrogen production is critical to many modern chemical processes – ammonia synthesis, petroleum refining, direct reduction of iron, and more. Conventional approaches hydrogen manufacture include steam methane reforming autothermal reforming, which today account for the lion's share generation. Without CO2 capture, these emit about 8.7 kg each H2 produced. In this study, a molten carbonate fuel...

Steam Methane Reforming (SMR) is the main method to obtain synthesis gas inproduction of alcohol, ammonia, acids Fischer-Tropsch and other organic products.The study has investigated reaction SMR it mechanism, explained aerosolnanocatalysis (AnC) vibrated bed as alternative technology instead using heterogeneouscatalyst in bed. The research proven that NiO best catalyst could be used thereactio...

Steam reforming is a promising route to convert natural gas into syngas - mixture of H2 and CO, used as feed stock e.g. for ammonia, methanol Fischer-Tropsch synthesis processes. For the industrial application steam reforming, detailed understanding process prerequisite. Models that capture homogeneous heterogeneous reaction kinetics comprehensive transport processes well their interaction have...