In the world of precision manufacturing, powder metallurgy (PM) is a quiet revolution. From automotive gears to medical implants, PM enables the production of complex metal components with minimal waste and maximum performance. And at the heart of this process, often overlooked, is hydrogen. The Role of Hydrogen…

In electrochemical hydrogen production, particularly via water electrolysis, the performance of both the hydrogen electrode (cathode) and oxygen electrode (anode) is fundamental to system efficiency, stability, and cost. Despite receiving limited attention in public discourse, electrodes are among the most critical components influencing the viability…

Hydrogen has emerged as a crucial element in revolutionizing the steel industry, providing innovative solutions that significantly reduce carbon emissions and improve manufacturing efficiencies. The unique properties of hydrogen make it an ideal alternative for conventional processes, notably as a reducing agent, for annealing, galvanization,…

Natural gas has long powered our industries, offering reliability, high energy density, and lower emissions compared to coal. But with decarbonisation no longer optional, the landscape is changing fast. And Green Hydrogen is stepping up as a serious contender. Let’s break this down. The Cost…

For lab-grown diamond manufacturers using Microwave Plasma-Enhanced Chemical Vapour Deposition (MPCVD), hydrogen isn’t optional, it’s foundational. The plasma environment needed for diamond growth depends on ultra-high purity hydrogen (typically ≥99.9999%), both to form the reactive species responsible for diamond deposition and to continuously etch away non-diamond carbon impurities…

As hydrogen moves from niche to mainstream powering electrolysers, pipelines, mobility, and storage, the ability to detect even the smallest leaks isn’t just about safety. It’s about efficiency, purity, credibility, and cost. But hydrogen isn’t like other gases. Its unique properties like low molecular weight…

Short answer: Yes, under the right conditions, it can even go carbon-negative. As the hydrogen economy gathers pace, most of the spotlight falls on green hydrogen made by splitting water using renewable electricity. But there’s a quieter, yet worthy contender gaining traction: turquoise hydrogen, produced…

What is LCOH? LCOH (Levelized Cost of Hydrogen) is the average cost of producing one kilogram of hydrogen over the economic lifetime of a production facility, accounting for all capital and operating costs, adjusted for time and efficiency losses. Mathematically, it is the hydrogen price…

As the hydrogen economy advances toward industrial maturity, green hydrogen produced via electrolysis using renewable electricity has become a critical pillar in decarbonisation strategies. While the focus in technical discourse often centres around the electrolyser stack itself, the surrounding infrastructure, collectively known as the Balance of…