Such experiments are useful in evaluating the performance of catalysts such as percentage of metal dispersion, temperature which the metals become catalytically active, strength of active sites, activation energy of desorption and many more.

Experimental conditions are fully programmable and up to 99 consecutive treatments and/or analyses procedures can be linked together into one experimental sequence for completely unattended operation.

The sub-ambient option allows the furnace to linearly heat the catalyst sample from -130 to 1,200°C. This is useful for catalysts that are active at sub-ambient temperatures.

The system comes with gas blending capabilities that avoid the need to purchase expensive gas blends for TPR or TPO experiments. An auxiliary gas line allows a gas to be mixed with the carrier gas to provide custom-blended gases. An inline static gas mixer assures homogeneity of the resulting blend.

Optionally, the AMI-300 can be configured for high pressure experiments (AMI-300RHP – 100 bar), sulphur resistance (AMI-300S) or coupled with FTIR for direct measurement of surface active sites and how compounds are bounded to them (AMI-300ir).

The AMI-300 can also be coupled to an auxiliary detector such as a mass spectrometer or FID detector to analyse off gas. Data from auxiliary detectors can be integrated with AMI-300 data in real-time using Direct Data Exchange (DDE) or other Windows protocols.

Single or multi-station configurations for high sample throughput are available.