The production of activated carbon electrodes from a banana stem for supercapacitor cell
applications has been successfully performed. The increase in pore properties was …

The problem posed by the use of fossil fuel energy and the increase in cost for energy
storage materials, has led to the development of considerably cheap and environmentally …

Activated carbon electrode was produced from coconut husk by using a combination of
physical and chemical activation methods. Potassium hydroxide (KOH) was used as an …

Seven types of activated carbon electrode (ACM) have been produced from the banana peel
waste for supercapacitor application. The difference type of the electrode was synthesized …

Activated carbon (AC) was obtained from the dry endocarp of coffee for the manufacture of
electrodes for supercapacitors. Four different AC samples were prepared via chemical …

A pineapple crown activated carbon (PCAC) was prepared from pineapple crown waste
using one step carbonisation and physical activation method for electrode super capacitor …

The effect of CO2 activation on the synthesis of activated carbon monolith from banana stem
waste has been studied. Physical characteristics such as density, degree of crystallinity …

Biomass-derived activated carbon has been prepared from a bio-source (peanut shells) and
investigated as an electrode material for supercapacitors. The biomass-derived carbon was …

Sample activated carbon electrodes sourced from bamboo materials are synthesized using
a combination of chemical and physical activation and applied in the production of …

Carbon materials were synthesized from banana fibers by treating the fibers with pore-
forming substances such as ZnCl2 and KOH with an intention to improve the surface area …