Cherry stones (CS) have been characterised in terms of chemical composition, texture, and
thermal behaviour with a view to be used as a raw material in the preparation of activated …

Cherry stones (CS) are carbonised at 400–1000° C for 0–4h in N2 and the charcoals
obtained are characterised to gain information about their chemical composition and porous …

In the preparation of activated carbon (AC) by the method of physical activation, the
carbonisation stage is usually carried out by heat treatment of a precursor at a given …

Chemically activated carbons were prepared from apricot stones. Phosphoric acid (25–
75wt.%) was used as an activating agent at 400–600° C. Zinc chloride-activated carbon …

Cherry stones were used as a precursor for the preparation of activated carbons by physical
and chemical activation with CO 2 and KOH, respectively. The effect of pyrolysis temperature …

The activated carbons were prepared from Malatya (a city located in the south-east of
Turkey) apricot stones by one-step steam pyrolysis/activation process and characterized for …

Activated carbons are produced from wastes of Algerian date stones by pyrolysis and
physical activation in the presence of water vapor into a heated fixed-bed reactor. The effect …

The feasibility of preparing effective adsorbents from pistachio-nut shell was studied.
Optimisation of the pyrolysis conditions prior to activation was carried out to study the effects …

A method for obtaining activated carbons from cherry stones by chemical activation with
NaOH is described. Carbonaceous adsorbents were obtained by two methods of activation …

This paper discusses the pore structure of chars and activated carbons prepared at different
temperatures from rockrose (Cistus ladaniferus L.), extracted previously into petroleum …