Materials Science
8 years ago

Revolutionary Pillared Frameworks Boost Hydrogen Storage Capacity for Sustainable Energy Solutions!

The Journal of Physical Chemistry C
Pillared Covalent Organic Frameworks with Balanced Volumetric and Gravimetric Hydrogen Uptake
Daejin Kim, Dong Hyun Jung, Kyung Hyun Kim, Hyein Guk, Sang Soo Han, Kihang Choi, Seung‐Hoon Choi

Paper Summary

Related papers

Theme background image
Materials Science
8 years ago

New hydrogen storage systems promise efficient and eco-friendly energy solutions.

Hydrogen Storage
Hydrogen Energy
Cryogenic Storage
Theme background image
Chemistry
3 years ago

Revolutionary Metal-Organic Framework Boosts Hydrogen Storage Capacity by 245%

Metal-Organic Frameworks
Hydrogen Storage
Lithium-ion Batteries
Theme background image
Materials Science
a year ago

New hydrogen storage material holds promise for high-capacity energy storage.

Hydrogen Storage
MXenes
Ammonia Synthesis

Pillared covalent organic frameworks with pyridine molecules can store hydrogen efficiently by balancing surface area and free volume. By using advanced simulations, these frameworks can hold 8.8–10.0% of hydrogen by weight and 58.7–61.7 grams per liter, showing significant improvements in hydrogen storage capacity.