It is beneficial to establish a rapid prediction approach of sorption by considering various
operating variables that can greatly reduce workload and minimize operational costs. In the …

Mesoporous nano-activated carbon was prepared from green algae Ulva lactuca using zinc
chloride impregnation as the activation process. The obtained activated carbon was tested …

EP-biochar was produced from Enteromorpha prolifera (EP) at temperatures of 200–600° C
under limited-oxygen conditions and then activated using HCl and HF. To optimize the …

Tetraethylenepentamine-functionalized Rosa canina-L fruits activated carbon (TEPFRCA)
was synthesized by microwave-assisted method for the fast adsorption and rapid removal of …

Aiming to solve the difficult treatment for Enteromorpha found on beaches as well as the
requirements for new types of environment-friendly dust suppressants, an Enteromorpha …

Novel γ-alumina nanoparticles and MWCNTs were synthesized for the rapid removal of the
noxious nickel (II) from the solvent phase. Hence this study investigated the ability of nano …

To alleviate the environmental pressure caused by enteromorpha (EP) and improve the
efficiency of inhibiting spontaneous combustion of coal, attapulgite (ATP) was combined with …

Activated carbon materials with high specific surface area have been produced from red
alga Pterocladia capillacea using zinc chloride as an activating agent at impregnation ratio …

Activated carbon is a promising material with high efficiency in dye removal from polluted
wastewater. However, commercial activated carbon is expensive and generates black color …

Activated carbon with high specific surface area has been produced from green alga Ulva
lactuca by using zinc chloride (ZnCl 2) solution as an activating agent under carbonization …