When albizia leaves and chips were used as feedstocks, L-AD had greater methane yields (161
and 113 L kg1 VS, respectively) than SS-AD (156.8 and 59.6 L kg1 VS, respectively), while SS-AD
achieved 5-fold higher volumetric methane productivity than L-AD. Mono-digestion and co-digestion
of taro skin, taro flesh, papaya, and sweet potato achieved methane yields from 345 to 411 L kg1 VS,
indicating the robustness of AD technology.
When albizia leaves and chips were used as feedstocks, L-AD had greater methane yields (161and 113 L kg1 VS, respectively) than SS-AD (156.8 and 59.6 L kg1 VS, respectively), while SS-ADachieved 5-fold higher volumetric methane productivity than L-AD. Mono-digestion and co-digestionof taro skin, taro flesh, papaya, and sweet potato achieved methane yields from 345 to 411 L kg1 VS,indicating the robustness of AD technology.
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