The regeneration of activated carbon was studied using the wet air oxidation process in the temperature range of 150-240°C and oxygen partial pressure range of 0.2 to 1.0 MPa. Phenol was used as substrate. The overall mechanism of regeneration has been analysed and the different steps taking place during the regeneration process were individually investigated. Kinetics of oxidation of phenol and oxygen mass transfer coefficients have been estimated in the ranges of temperature and pressure studied. Oxidative degeneration characteristics of activated carbon were also studied. The conditions of temperature and pressure have been found at which the extent of regeneration is favourable
This paper describes the basic phenomena occurring during oxidative regeneration of hydroprocessing ...
The technical feasibility of photocatalytic regeneration for coal-based activated carbon saturated w...
The effect of oxidation upon the CO2 capture performance has been studied taking a phenolic resin ca...
Oxidative regeneration of activated carbon (AC) exhausted with phenolic compounds is still a challen...
A new sequential process, AD–OX, for (post)treatment of water polluted by poorly biodegradable organ...
Physical-chemical treatment of liquid wastes is becoming widespread. One promising physical treatmen...
Impregnation of a commercial activated carbon (AC) with transition metals was investigated to extend...
Oxidative regeneration of activated carbon (AC) exhausted with phenolic compounds is still a challen...
The regeneration of phenol-saturated activated carbon (AC) by chemical, thermal, and electrochemical...
Activated carbon loaded with phenol, and spent carbon from a carbon-in-pulp plant, were regenerated ...
The chemical regeneration of granular activated carbon exhausted in a petrochemical wastewater unit ...
Catalytic wet air oxidation is a promising alternative for the treatment of phenolic waste water whi...
Regeneration of deoiled spent earth by wet oxidation has been investigated. Molecular oxygen was use...
International audienceThe oxidation behavior of carbon materials has been investigated at temperatur...
Granular activated carbon (GAC) has been specified as the best available technology (BAT) for the re...
This paper describes the basic phenomena occurring during oxidative regeneration of hydroprocessing ...
The technical feasibility of photocatalytic regeneration for coal-based activated carbon saturated w...
The effect of oxidation upon the CO2 capture performance has been studied taking a phenolic resin ca...
Oxidative regeneration of activated carbon (AC) exhausted with phenolic compounds is still a challen...
A new sequential process, AD–OX, for (post)treatment of water polluted by poorly biodegradable organ...
Physical-chemical treatment of liquid wastes is becoming widespread. One promising physical treatmen...
Impregnation of a commercial activated carbon (AC) with transition metals was investigated to extend...
Oxidative regeneration of activated carbon (AC) exhausted with phenolic compounds is still a challen...
The regeneration of phenol-saturated activated carbon (AC) by chemical, thermal, and electrochemical...
Activated carbon loaded with phenol, and spent carbon from a carbon-in-pulp plant, were regenerated ...
The chemical regeneration of granular activated carbon exhausted in a petrochemical wastewater unit ...
Catalytic wet air oxidation is a promising alternative for the treatment of phenolic waste water whi...
Regeneration of deoiled spent earth by wet oxidation has been investigated. Molecular oxygen was use...
International audienceThe oxidation behavior of carbon materials has been investigated at temperatur...
Granular activated carbon (GAC) has been specified as the best available technology (BAT) for the re...
This paper describes the basic phenomena occurring during oxidative regeneration of hydroprocessing ...
The technical feasibility of photocatalytic regeneration for coal-based activated carbon saturated w...
The effect of oxidation upon the CO2 capture performance has been studied taking a phenolic resin ca...