Hydrogen Laboratory
The Hydrogen Laboratory is designed to provide technical support and durability testing to the industry, develop new technologies through new research in the field of hydrogen, and provide a showcase for hydrogen technology to industry and the academic world.
This facilitie has spaces equipped to work with equipment and systems associated with the development of hydrogen technologies in a safe and continuous manner. These spaces have a technical gas supply system, safety equipment related to explosive leaks, and electronic instrumentation.
The laboratory is equipped with a pilot plant for green hydrogen production, which supplies this gas to different workstations, allowing for continuous experimentation with high-power equipment.
- Safe working space with flammable and toxic gases (CH4, H2, and NH3), with flammable gas flow rates up to 1.4 ln/min and others (Ar, N2, He, CO2, Synthetic Air, and O2).
- Tabletop gas cabinet with supply of flammable and toxic gases (CH4, H2, CO, and NH3), with flammable gas flow rates up to 14 ln/min and others (Ar, N2, He, CO2, Compressed Air, Synthetic Air, and O2). Equipped with a safety system for explosive gas leaks.
- Walk-in gas cabinet with supply of flammable and toxic gases (CH4, H2, CO, and NH3) with flammable gas flow rates up to 140 ln/min and others (Ar, N2, He, CO2, Compressed Air, Synthetic Air, and O2). Equipped with a safety system for explosive gas leaks.
- Climatic chamber with supply of flammable gases (CH4 and H2), with flammable gas flow rates up to 1400 ln/min and others (N2, Compressed Air, Synthetic Air, and O2). Equipped with a safety system for explosive gas leaks.
- Thermogravimetric analysis (Waters - TGA 5500).
- Gas analysis by infrared absorption. Measurement ranges 0 - 10% by volume for CO2, CO, CH4, H2, and O2 gases.
The Hydrogen Laboratory is designed to provide technical support and durability testing to the industry, develop new technologies through new research in the field of hydrogen, and provide a showcase for hydrogen technology to industry and the academic world.
This facilitie has spaces equipped to work with equipment and systems associated with the development of hydrogen technologies in a safe and continuous manner. These spaces have a technical gas supply system, safety equipment related to explosive leaks, and electronic instrumentation.
The laboratory is equipped with a pilot plant for green hydrogen production, which supplies this gas to different workstations, allowing for continuous experimentation with high-power equipment.