During L-AD of albizia leaves, CH4 yield increased rapidly in the
first 4 days to about 100 L kg1 VS, and then increased slowly in
the following 20 days to a steady state (Fig. 1a). During L-AD of
albizia chips, a lag-phase was observed in the first 8 days, and then
CH4 yield increased linearly to about 110 L kg1 VS in the following
14 days (Fig. 1a). During L-AD of taro skin, taro flesh, and sweet
potato, no lag phase was observed, and the CH4 yield increased
rapidly to about 200 L kg1 VS in the first 6–8 days, and then gradually
increased to steady state (about 350 L kg1 VS). CH4 yield of
papaya increased slowly in the first 4 days, but still reached a level
comparable to those of other food wastes in 24 days.
During L-AD of albizia leaves, CH4 yield increased rapidly in the
first 4 days to about 100 L kg1 VS, and then increased slowly in
the following 20 days to a steady state (Fig. 1a). During L-AD of
albizia chips, a lag-phase was observed in the first 8 days, and then
CH4 yield increased linearly to about 110 L kg1 VS in the following
14 days (Fig. 1a). During L-AD of taro skin, taro flesh, and sweet
potato, no lag phase was observed, and the CH4 yield increased
rapidly to about 200 L kg1 VS in the first 6–8 days, and then gradually
increased to steady state (about 350 L kg1 VS). CH4 yield of
papaya increased slowly in the first 4 days, but still reached a level
comparable to those of other food wastes in 24 days.
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