ThalesNano Energy

Hydrogen is one of the most useful and popular reagents in a chemistry lab. However, due to its volatile nature, you must know how to use it carefully. Join our educational webinar where we'll discuss the safety, sources, and industrial applications of hydrogen in chemistry, as well as the state of the art technology to accessing it in the lab.

Hydrogen Utilization in Chemistry

The H-Genie™ is the first hydrogen generator designed specifically for chemistry with a pressure capability that is not close to being matched by other commercial generators. The H-Genie™ high pressure hydrogen generator works by generating hydrogen gas up to 4.0 purity from deionized water using a patented high-pressure electrolytic cell. The hydrogen gas is dried through a two-stage water separation system. The now dry hydrogen gas enters an internal mass flow controller (MFC), which controls precisely the flow rate of hydrogen out of the H-Genie™ between 100 and 1000 NmL/min at the required pressure (between 1 and 100 bar (14.5-1450 psi)). No compressor is necessary to generate this pressure. The H-Genie™ is designed to supply high purity hydrogen gas to the following chemistry hydrogenation vessels: •	Hydrogen balloons •	Autoclave or bomb reactors up to 100 bar (1450 psi) pressure. •	Flow reactors up to 100 bar. Contact richard.jones@thalesnanoenergy.com for more details.

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