Challenges

We are seeking a solution that enables safe, flexible, and efficient low-pressure hydrogen storage. The solution should support production, laboratory, and pilot installations where the use of high-pressure storage systems is either economically unviable or technologically unjustified. Preferred solutions are compact and scalable, so that can be integrated with hydrogen production processes and further utilized in industrial or energy applications.

We are looking for an integrated system enabling non-invasive, continuous monitoring of hydrogen quality in transmission and production installations. The solution should provide automated, real-time assessment of gas quality parameters, support the detection of deviations from required standards, and assist in decision-making regarding the admissibility of further transmission or use of hydrogen.

The system should be equipped with hydrogen quality sensors integrated with an analytical module (e.g., AI-based) and allow for sample collection for detailed laboratory analysis. Integration with existing control and reporting systems is also required. The main objective is to enhance the safety of technological processes, ensure compliance with applicable regulations and standards, and maintain a high quality of hydrogen acceptable to the energy, industrial, and automotive sectors.