Low-density fire-resistant materials with high EMI shielding effectiveness and low thermal
conductivity are extremely important in aerospace and defence applications. Utilization of …

Carbonization and activation have been exploited as an economic and efficient approach
toward the production of porous activated carbon monolith derived from green stem of …

BACKGROUND Agro‐industrial co‐products rich in lignocellulose, for example cassava
petiole (CP) waste, have high potential as sources of porous carbon materials, alongside …

The activated carbon without addition of adhesive materials from banana stem fibers has
been successfully synthesized by using ZnCl 2 activator as a supercapacitor electrode. The …

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

Chemical modification can enlarge biochar yield and increase its Cd adsorption capacity, so
as to reduce production cost of the biochar and add its value. To efficiently use banana …

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 …

Agricultural and agro-industrial residues are ordinary wastes in the forestry industry and
their valorization is an important issue. Cocoa (Theobroma cacao) pods waste was chosen …

The activated carbon electrode made from acacia leaves (Acacia mangium wild) has been
developed successfully. The preparation of the electrodes used a combination of chemical …

The complete study on the synthesis of biomass waste-based activated carbon monolith
from Tectona grandis leaf for supercapacitor electrode materials has been successfully …