Magnetic Nanomaterials as Catalysts for Syngas Production and Conversion

The conversion of diverse non-petroleum carbon elements, such as coal, biomass, natural/shale gas, and even CO2, into cleaner hydrocarbon fuels useful chemicals relies heavily on syngas, which is a combination CO H2. Syngas conversions, have been around for almost century, will probably become more important in the production energy due to rising need liquid chemical components derived from sources other than crude oil. Although number syngas-based technologies, including methanol, Fischer–Tropsch (FT) synthesis, carbonylation, industrialized, there still great new catalysts with enhanced activity adjustable product selectivity. New novel materials or different combinations investigated utilize synergistic effect these an effective way. Magnetic are among magnetic properties, provide them extra physical characteristics compared carbon-based conventional materials. Moreover, separation after completion specific application could be easily performed process. In this review, we discuss synthesis processes various nanomaterials their composites, utilized syngas conversion. It reported that applying external field influence outcomes any applications nanomaterials. Here, possible also discussed.