Molecular simulations and supercomputing shed light on energy-saving biomaterials

Researchers at Oak Ridge National Laboratory used molecular simulations and supercomputing to develop an energy-efficient process for producing nanocellulose, reducing energy use by 21%. The breakthrough involved identifying a solvent that lowers the production cost of nanocellulose, a strong, lightweight biomaterial suitable for 3D printing sustainable structures. This innovation supports the creation of eco-friendly materials, which could replace petroleum-based alternatives and contribute to decarbonization efforts. The research advances the potential for sustainable manufacturing in industries like housing and clean energy.

For more details, visit here: