Research studies on biomass derived graphene-like carbon materials for use in novel
energy storage applications, has increased significantly in the last decade. It is a promising …

The unique two-dimensional structure of graphene containing large surface area, high
conductivity, and good physicochemical stability brought a new era in science and …

In this work, soluble portions obtained from the co-thermal dissolution (CTD) of rice husk
(RH) and coal were used as the carbon precursor for the synthesis of 3D hierarchical porous …

Maximizing the performance of supercapacitors requires the design of high-conductivity,
stable, and cost-effective electrode materials. The current study presents a novel solution in …

Novel structured graphene produced by an environmentally-friendly and high-yielding
method together with excellent electrochemical energy storage performance is pursued. A …

Since the alkaline hydrogen evolution reaction (HER) on benchmark Pt/C is heavily limited
by the sluggish water dissociation step, and pure Pt catalysts generally suffer from high cost …

Graphene is a revolutionary material with outstanding electrical, mechanical, thermal, and
structural properties. The synthesis of graphene and its derivatives generally requires …

Globally, environmental concerns and energy security uncertainties related to fossil fuels
have resulted in a shift toward affordable, clean energy and renewable energy sources …

Torrefaction is a promising approach which could optimize the behavior of biomass
effectively. In this research, a typical and abundant agricultural by-product rice husk was …

Developing highly efficient, sustainable carbon cathodes is essential for emerging Zn-ion
hybrid supercapacitors (ZICs). Herein, lignin's novel chemical modification (amination) has …