Thermal analyzer H₂Secure

Hydrogen (H2) is gaining attention for its potential role in sustainable practices and green technology. Research into the interaction of materials with hydrogen is critical for developing eco-friendly solutions that can significantly reduce environmental impact. One notable application is the use of hydrogen to mitigate high CO2 emissions from metallurgical processes through direct reduction, such as in iron ore reduction. Chemical hydrogen storage, particularly through the use of metal hydrides, is another important avenue of research. Scientists are working to enhance volumetric and gravimetric capacities, as well as hydrogen adsorption/desorption kinetics and the life cycle of potential material candidates. Improving these aspects of materials can lead to more efficient and practical hydrogen storage solutions, which are vital for various applications including transportation, energy storage, and renewable energy systems. Safe Measurements in Reducing or Oxidizing Atmospheres The H2Secure concept developed by NETZSCH features a complete solution for conducting tests in environments with varying concentrations of hydrogen while providing utmost safety. This concept enables safe experimentation in a 100% H2 environment or with lower concentrations of H2 mixed with non-flammable gases such as nitrogen (N2) or argon (Ar) atmospheres. This flexibility is achieved through a comprehensive safety protocol embedded in the system. One of the key features of the H2Secure concept is its ability to seamlessly perform complex Oxidation