When Nano Meets Climate Technology
The use of metal-organic frameworks (MOFs) to create nanoscale crystal structures to attract hydrogen molecules could drastically improve the energy efficiency of storing and transporting the energy carrier.
PV Magazine International 5:37 pm on April 23, 2024
The article discusses the potential of metal-organic frameworks (MOFs), a class of reticular materials, in hydrogen storage. MOFs' unique cage-like structure enables them to adsorb hydrogen molecules efficiently without consuming excessive energy. This can result in high hydrogen storage density at low pressures and ambient temperatures. The technology is energy efficient and safe compared to traditional high-pressure hydrogen tanks. This development could significantly contribute to the hydrogen economy, reducing carbon emissions, and enabling a net-zero future.
- MOFs' cage-like structure makes them ideal for hydrogen storage, offering high surface areas and precise control over cavities.
- MOFs can store hydrogen molecules at low pressures without excessive bonding, enabling efficient release on demand.
- The technology is energy-efficient and eliminates the need for liquefaction or high-pressure tanks.
- MOFs could help enable a net-zero future by reducing operating costs and carbon emissions in hydrogen storage and transportation.
- Advancements in reticular chemistry have enabled the development of this energy-efficient hydrogen storage solution for the hydrogen economy.
https://www.pv-magazine.com/2024/04/23/when-nano-meets-climate-technology/