Journal of Korea Society of Waste Management, Vol. 33, No. 04
Abstract
Loess containing mixed functional ceramic balls with a manufacturing method is proposed for a general Sorbent material Food waste and regenerated activated carbon. Also determine the physical properties and adsorption properties. To improve the porosity of the activated carbon and increased the size of the balls. Adsorbing iodine Ability was evaluated with different mixing ratio of activated carbon. Capacity was improved as the mixing ratio Was increased. Activated carbon after reaching progress had been born again through a high-temperature burning process Point
. A column test methylene blue adsorption, and was conducted to examine the Adsorption rate Activated carbon is increased mixing ratio. The mixing ratio of 5%, Adsorption rate increased to a high After 6 minutes of reaction in the early phase balance. However, it was impossible to reach equilibrium loess without the activated carbon balls. Thus, it is obvious that plays an important role in carbon Improve the adsorption performance. Activated carbon optimum mixing ratio was 5%. This ratio, iodine Adsorption rate increased a moderate, was relatively high adsorption performance, and methylene blue adsorption show Balance reached.
. A column test methylene blue adsorption, and was conducted to examine the Adsorption rate Activated carbon is increased mixing ratio. The mixing ratio of 5%, Adsorption rate increased to a high After 6 minutes of reaction in the early phase balance. However, it was impossible to reach equilibrium loess without the activated carbon balls. Thus, it is obvious that plays an important role in carbon Improve the adsorption performance. Activated carbon optimum mixing ratio was 5%. This ratio, iodine Adsorption rate increased a moderate, was relatively high adsorption performance, and methylene blue adsorption show Balance reached.