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Methanol-to-olefins (MTO) catalyst evaluation studies how catalysts convert methanol into light olefins and related products. Select a reactor configuration based on catalyst properties, feed preparation, fluidization requirements, operating conditions, and the product measurements the study needs.
CO₂ hydrogenation catalyst studies measure how carbon dioxide and hydrogen react under controlled conditions. The test plan connects the research question to reactor configuration, feed control, catalyst handling, sampling, and product analysis; confirm system-specific requirements with AMI.
A hydrogenation reactor system for catalyst research must match the reaction phase, catalyst form, feed strategy, operating conditions, and product measurements required by the study. Before choosing a platform, define whether the experiment is batch or continuous, how hydrogen and any liquid reactants will contact the catalyst, and what evidence the run must produce.
A trickle-bed reactor brings gas and liquid reactants into contact with a stationary solid catalyst bed. For catalyst researchers, system selection is shaped by more than reactor size: liquid distribution, catalyst wetting, gas and liquid flow, pressure drop, temperature control, sampling, and the intended data all affect how results should be interpreted.
AMI provides configurable lab-scale reactor systems for fixed-bed catalytic research, from integrated benchtop µBenchCAT platforms to larger or more specialized BenchCAT configurations.
Understand reactor design equations for batch, CSTR, and plug flow reactors. A practical guide for catalytic scientists using AMI lab reactor instruments.
DSC epoxy curing analysis using dynamic and isothermal methods reveals cure kinetics, degree of cure, and the cure-Tg relationship for thermosetting adhesives
Explore differential scanning calorimetry instrumentation design: how AMI Instrument hang-down STA-derived architecture enables DSC precision to 1500°C
