Groundnut shell activated carbon (GNSAC) is made from groundnut shells using potassium
hydroxide (KOH) at 600° C in a nitrogen atmosphere. The properties of the products were …

Biomass-derived carbon materials are now an essential source of carbon electrodes for high-
performance supercapacitors due to their cost-effectiveness and abundant heteroatom self …

In this study, one-step pyrolysis technique and NaOH chemical activation method were used
to synthesize hierarchical porous biochar from rice husk. The existence of carbonaceous …

Effective 3D anode was prepared by graphitization of corncob biomass at high temperature
under an inert atmosphere. As an anode in the microbial fuel cells, the proposed electrode …

This manuscript investigates the influence of the chemical activation step order and process
parameters on the specific capacitance of activated carbon derived from rice husk. The …

Developing highly porous and conductive carbon electrodes is crucial for high-performance
electrochemical double-layer capacitors. We provide a method for preparing supercapacitor …

Agricultural waste is an economically and environmentally beneficial precursor material for
the development of activated carbon (AC) due to its low price, wide sources, and large …

The utilization of porous carbon material derived from sustainable, cost-effective, and
renewable biomass for supercapacitor electrode applications has garnered significant …

As a major agro waste of coconut, coconut husk is presented here as a cheap, abundant,
novel, and sustainable green source of high-surface-area activated carbon for high …

This work presents the results of the experimental study for the pyrolysis of biomass of
pistachio hard bark (PB) and the ability of the produced biochar for adsorption of various …