Hydrogen Measurement Technologies for a Cleaner Energy Future

1. Hydrogen Measurement Technologies for a Cleaner Energy Future Hydrogen energy applications of the day. As the world shifts toward greener fuels and more sustainable processes, precise hydrogen detection and analysis must stand for efficiency, safety, and reliability. Hydrogen is increasing in roles, and precise measurement is the question of realising hydrogen's potential, from chemical plants to renewable energy applications. M easurement is becoming the critical element in industrial and Why Hydrogen Matters in the Modern World Hydrogen, often touted as the “fuel of the future”, is a clean, efficient fuel that produces only water as a by-product when used to generate energy. It is currently applied extensively in various industries, such as refining, petrochemical, power generation, and fuel cells. For every good thing about hydrogen there lies a set of challenges – it is a difficult-to-detect and monitor gas because of its small molecular size. Inaccurate measurement of hydrogen places industries at risk of leaks, inefficiencies, and safety hazards. At this juncture, these problems are taken care of by further advanced measuring systems from a company like Modcon Systems, which offers analysers and process monitoring equipment that assure precise hydrogen measurements for industrial applications in terms of enhanced safety and performance. The Role of Hydrogen Measurement in Industry Hydrogen measurement is vital for a number of reasons, for example, 1. Refining & Petrochemicals – Hydrogen is an important ingredient in refining applications like hydrocracking and hydrodesulfurization. The measurement of hydrogen ensures the process runs efficiently and also produces product with quality specifications. 2. Ammonia and Fertiliser Production – Hydrogen is an important ingredient in ammonia for fertiliser. Hydrogen measurement is required to promote stability. If hydrogen levels fluctuate, the process is not something you can rely on. 3. Fuel Cells and Clean Energy - For hydrogen fuel cells, both purity and hydrogen concentration measurements are important in aspects of performance and durability over time. 4. Leak Detection – Because hydrogen is very flammable and sometimes difficult to detect, hydrogen concentration should be monitored.

2. These are examples that demonstrate hydrogen measurement is not just a technical requirement; it is a foundation of operational excellence. Technologies That Power Hydrogen Measurement Hydrogen measurement technologies have changed rapidly in recent years. Industry has moved past simple sampling techniques to using online process analysers and advanced sensors that offer real-time measurements. The following technologies are only some of the significant advancements: • Thermal Conductivity Analysers (TCDs) – TCDs can measure hydrogen from other gases based on the difference in changes in thermal conductivity. • Paramagnetic Analysers – Analysers that accurately measure the volume fraction of gases containing hydrogen. • Fourier Transform Infrared (FTIR) Spectroscopy – An advanced way to measure, FTIR allows hydrogen to be measured while measuring other gases simultaneously. • Electrochemical Sensors – Generally used for safety monitoring and used specifically under hydrogen fuel station applications and in laboratories. Many companies, like Modcon Systems, devote much time and effort towards developing and integrating hydrogen measurement technologies into full analyser systems so that industry can have an on12line, continuous, accurate, and cost-effective means of measuring hydrogen. Hydrogen and the Clean Energy Transition As nations seek to achieve net-zero emissions, hydrogen is receiving renewed attention as a clean fuel option. Hydrogen produced from renewable sources like solar and wind, referred to as green hydrogen, is expected to be a significant contributor to the decarbonisation of the transportation sector, electrical generation, and heavy industries. To achieve that vision, hydrogen measurement must be similarly developed. Reliable and accurate measurement of purity, concentrations, and flow is required to ensure hydrogen can be safely and effectively utilised for new applications. Without trustable measurement, large-scale deployment of hydrogen technologies for a global scale would be impossible. Why Choose Advanced Hydrogen Measurement Solutions Investing in advanced hydrogen measurement provides many benefits, including: • Improved Safety – Real-time monitoring can prevent leaks or accidents. • Energy Efficiency - Accurate measurement prevents waste and improves fuel utilisation.

3. • Regulatory Compliance – Accounting for strict environmental and safety regulations within the industry. • Sustainability Goals – Hydrogen measurement supports the shift to clean and sustainable operation. Modcon Systems has the process analysis background and know-how to deliver solutions that can meet the complex demands of hydrogen and other sustainable applications. Enabling our customers to operate safely, sustainably, and smarter. Final Thoughts As industries continue to move toward cleaner, safer, and more efficient energy options in today's world, H ydrogen M easurement – allowing hydrogen to be produced, delivered, and utilised reliably. Implementing advanced analyser systems and technologies can not only improve company operations but also help support a cleaner energy future. is central to this transition