IMI-HTP

High Accuracy Hydrogen Storage Material Analyzer

The IMI-HTP is a high accuracy manometric hydrogen storage analyzer, designed primarily for the investigation of novel hydrogen storage materials using the Sieverts Method up to pressures of 200 bar.

The system hardware, including the stainless steel construction, all-metal seals, and oil-free vacuum degassing capability, is specified to meet the challenging demands of high pressure hydrogen operation, while the reactor features permanent overpressure protection to satisfy the most rigorous safety requirements.

Figure 1. Hydrogen absorption-desorption isotherms measured for palladium hydride using an IMI-HTP gas sorption analyzer. 

Product Features

• Sub-microgram hydrogen sorption resolution
• 100/200 bar operation
• Ambient to 773 K operation
• Liquid nitrogen cryocooling option
• Fully upgradable modular design
• Versatile instrument control
• Adaptive analysis software, including end point detection for sorption processes, reaction kinetics and sample pretreatment

Product Applications

• Isotherm determination
• PCT measurements
• Sorption enthalpy determination
• Kinetics
• Activated Carbons, Carbon molecular sieves and Templated carbons
• Zeolites and Zeotypes
• Metal-Organic Frameworks (MOFs)/Porous Coordination Frameworks
• Metal Hydrides
• Hydrogen storage
• Energy gas storage