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The AMI Chemi family of instruments combines a variety of temperature-programmed techniques, including: temperature-programmed desorption (TPD), temperature-programmed oxidation (TPO), temperature-programmed reduction (TPR), and temperature-programmed reaction (TPRx). The AMI Chemi family of instruments can also perform pulse chemisorption, dynamic BET, and gas-phase iso-thermal reaction experiments. The AMI family includes high-pressure instruments with the AMI-300HP; sulfur resistant models with the AMI-300S, kinetic determining instrumentation with the AMI-300 SSITKA, and the new AMI-300ir for direct determination of adsorption/desorption surface process.
The AMI Physi family of instruments combines a variety of dynamic and static techniques for surface area, pore size distribution, and pore volume determination. The AMI-surface DX is a fully automated high-throughput (4 station) Dynamic BET analyzer that uses the absorption peak for highly accurate results. The AMI-meso series of instruments employ the static volumetric method for surface characterization of meso-porous materials. The AMI-micro series of instruments employ the static volumetric method for the determination of surface properties for meso-, micro-, and nano-porous materials.
Combines a variety of temperature-programmed techniques, including: temperature-programmed desorption (TPD), temperature-programmed oxidation (TPO), temperature-programmed reduction (TPR), and temperature-programmed reaction (TPRx).
Combines a variety of dynamic and static techniques for surface area, pore size distribution, and pore volume determination
Custom-designed microreactors, which are fully automated and designed for unattended operation.
The mixSorb series provides unique capabilities to investigate complex dynamic sorption processes in a uniquely safe and easy-to-use bench-top instrument.
The BenchCAT™ family of instruments are custom-designed microreactors, which are fully automated and designed for unattended operation. These systems are generally designed for fixed-bed / packed-bed / plug flow (PFR) reactor operation (differential or integral mode), trickle-bed reactor operation, or batch (stirred) reactor operation. In addition, BenchCATs can also be built for CSTRs and even stationary or spinning catalyst basket-type reactor systems.
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Combines a variety of temperature-programmed techniques, including, TPD, TPO,TPR, and TPRx.
A complete, bench-top reactor for catalytic studies. All components are either in the gas or liquid phase and are contained in a fully automated compact package.
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