RESOURCES & NEWS

Our Product Market Specialist, Maria Chiara Mignani, explains how we leverage decades of Nobel Prize-winning science to solve the hydrogen storage challenge.

H2MOF will be attending this year's Micromobility Europe in Berline, June 2-3. Let's discuss the potential of hydrogen and solid-state storage for micromobility platforms.

As industries push the limits of what unmanned aerial vehicles (UAVs) can achieve, hydrogen-powered drones are gaining increasing attention.

Hydrogen has the potential to reshape how energy is produced and consumed. However, unlocking this potential depends on several challenges; one of them is cost-effective hydrogen transportation.

Hydrogen has long been seen as a promising answer for cleaner transport. So why has hydrogen mobility still not scaled the way many expected?

Safe, compact, lightweight, and efficient: H2MOF's solid-state hydrogen storage techology can unlock the full potential of hydrogen for UAVs.

As the drone industry pushes toward longer missions with heavier payloads, the limitations of battery-powered UAVs are becoming increasingly difficult to ignore.

Advancing and scaling breakthrough materials like metal-organic frameworks can transform entire fields, including hydrogen storage. Read the interview on Financial Times.

H2MOF’s VP of Business Development, Magnus Bach, was interviewed by Nikkei xTECH about our solid-state hydrogen storage technology. 

This week in Stockholm, our co-founder Professor Omar Yaghi formally received the Nobel Prize in Chemistry for his pioneering work on metal–organic frameworks (MOFs).

Dr. Neel Sirosh, CTO and Magnus Bach, VP of Business Development explain how H2MOF's solid-state technology can address the challenge of hydrogen storage and transport.

The arrival of solid-state hydrogen storage, built on nano-engineered materials, allows drones to break free from the compromises that have long defined battery-powered flight. Read the article by Dr. Neel Sirosh, CTO, on UASweekly.com.