… used to produce activated carbons from inexpensive lignocellulosic … high surface area,
granular, mesoporous activated carbons … role in establishing the surface area and determining the …

… prepare mesoporous high-surfacearea (MHSA) activated carbons from coconut shell. The
resultant activated carbons possess an N2 BrunauerąEmmettąTeller (BET) surface area over …

… Different carbonization time, temperatures, and impregnation ratios were studied in order
to establish the optimal conditions for producing high surface area activated carbons from …

… the formation of large oxide particles. The second impregnation pathway typically resulted
in somewhat higher surface areas (about 10−20% higher). These impregnated carbons were …

… were foreseen, such as high-performance adsorption systems, … In our company, this type of
high-surfacearea active carbon (… their correlations with BET surface area, pore structure and …

… aqueous media) activated carbon with suitable V micro / V pore is required. NaOH activation
of this work proved to be able to provide high surface area activated carbon with various V …

… surface area due to the present study is much higher than those of reported using physical
activation. The yield of activated carbon … A yield of 40%, with high surface area of 2200 m 2 /g …

… The surface area and pore structure of activated carbon produced from pistachio … activated
carbons having the highest surface area was developed. As a result, the activated carbon …

… carbons are usually in the form of a powder. It would be possible to make pellets or extruded
activated carbons by using binders, but at higher cost. … high-surface-area activated carbon …

… on the application of high surface area activated carbon (AC) derived … Three samples of AC
with different surface areas were … ) was obtained by the AC sample (surface area of 2696 m 2 …