Conversion of Oil Palm Kernel Shell Wastes into Active Biocarbons by N2 Pyrolysis and CO2 Activation
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Key Points
Active biocarbon production yielded a maximum BET surface area of 1232.3 m2/g and 941.0 m2/g for micropores, enhancing CO2 capture.
Optimum pyrolysis and activation conditions include 600 °C for 2 h and 950 °C for 3 h, respectively, maximizing active biocarbon surface area.
The research employed a systematic optimization approach in two stages, showcasing effective transformation of waste materials into valuable resources.
This work highlights the potential of oil palm kernel shells as a sustainable solution for mitigating climate change through CO2 capture.
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Implication
Experimental analysis optimizes active biocarbon production from agricultural waste, improving CO2 adsorption capacity.