Adsorption of volatile organic compounds (VOCs) by granular activated carbons (GACs) is a highly exothermic process and leads to temperature rises, which can be hazardous for high pollutant contents. This study points out the significant characteristics of VOCs and GACs on adsorption energies. For that purpose, adsorption energies were measured for a wide variety of VOCs, representative of different chemical groups, using eight different commercial GACs with different porous structures. Afterwards a statistical analysis was applied to the experimental database thus obtained, which enabled to enlighten the most significant variables, linked to either VOCs’ molecular properties or intrinsic characteristics of GACs. Two statistical models have...
Some volatile organic components may cause serious human health and environmental threats. These com...
Abstract: In this study, BAX950 activated carbon;a wood-based activated carbon with particle size fr...
International audienceIn order to optimize the efficiency of the removal of volatile organic compoun...
Adsorption of volatile organic compounds (VOCs) by granular activated carbons (GACs) is a highly exo...
International audienceThe aim of the study is to investigate quantitative relationships to predict t...
It is the porosity within activated carbon which imparts their dominant characteristics of adsorptio...
To explore the effects of VOC properties on activated carbon adsorption, physical and chemical prope...
International audienceAdsorption of Volatile Organic Compounds (VOCs) is one of the best remediation...
The volatile organic compounds (VOCs) in the indoor air come from many sources including building ma...
Granular activated carbon (GAC) and powdered activated carbon (PAC) have long been used to effective...
Vapor phase carbon adsorption systems are used to remove aromatics, aliphatics, and halogenated hydr...
International audienceIn industrial processes, granular activated carbon (GAC) is generally used to ...
Activated carbons are amorphous microporous graphitic materials formed (or activated) from a variety...
In this paper, the author reports a thermodynamic framework for understanding the surface – energy a...
Some volatile organic components may cause serious human health and environmental threats. These com...
Abstract: In this study, BAX950 activated carbon;a wood-based activated carbon with particle size fr...
International audienceIn order to optimize the efficiency of the removal of volatile organic compoun...
Adsorption of volatile organic compounds (VOCs) by granular activated carbons (GACs) is a highly exo...
International audienceThe aim of the study is to investigate quantitative relationships to predict t...
It is the porosity within activated carbon which imparts their dominant characteristics of adsorptio...
To explore the effects of VOC properties on activated carbon adsorption, physical and chemical prope...
International audienceAdsorption of Volatile Organic Compounds (VOCs) is one of the best remediation...
The volatile organic compounds (VOCs) in the indoor air come from many sources including building ma...
Granular activated carbon (GAC) and powdered activated carbon (PAC) have long been used to effective...
Vapor phase carbon adsorption systems are used to remove aromatics, aliphatics, and halogenated hydr...
International audienceIn industrial processes, granular activated carbon (GAC) is generally used to ...
Activated carbons are amorphous microporous graphitic materials formed (or activated) from a variety...
In this paper, the author reports a thermodynamic framework for understanding the surface – energy a...
Some volatile organic components may cause serious human health and environmental threats. These com...
Abstract: In this study, BAX950 activated carbon;a wood-based activated carbon with particle size fr...
International audienceIn order to optimize the efficiency of the removal of volatile organic compoun...