A review of the energy recovery from waste tyres is presented and focuses on the three
thermochemical processes used to valorise waste tyres: pyrolysis, gasification, and …

The process of adsorption is one of the physical method for separation of dissolved
pollutants from the effluent. Activated carbon is the good adsorbent that can be used in both …

This study presents the preparation and characterization of chemically activated
carbonaceous materials obtained from waste tyres and the prepared adsorbent was applied …

Hickory and peanut hydrochars were chemically activated with KOH and H3PO4 and tested
for their ability to remove methylene blue and lead from aqueous solutions. The …

A new acid catalyst based in a carbonaceous solid was functionalized using sulfuric acid as
source of SO3H acid groups. This carbon‐based material prepared by the pyrolysis of …

This research demonstrates the production of activated carbon from scrap tires via physical
activation with carbon dioxide. A newly constructed apparatus was utilized for uninterrupted …

A three-step treatment (thermal, chemical and activation) has been developed to effectively
transform scrap tire carbons (STCs) into highly-pure activated carbons (HP-AC). The as …

The reuse of waste tyres is of great importance due to problems and damages that they pose
to the environment. This paper presents the work conducted in order to study the conversion …

El Ministerio de Medio Ambiente, Vivienda y Desarrollo Territorial emitió la Resolución 1457
de 2010 con el fin de establecer el sistema de gestión de residuos de llantas usadas en …

The generation of waste tires is one of the most serious environmental problems in the
modern world due to the increased use of auto mobiles all over the world. Currently there is …