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Small particles compensated the limited mass transfer and restricted distribution of methane production intermediate metabolites caused by water absence in the dry AD system. Dry thermophilic AD converted sufficient quantity of OFMSWs biodegradable content. The average methane released from dry thermophilic AD (0.176 m3kgVS-1) was higher than that of dry mesophilic AD of fine particles (0.148 m3kgVS-1) and much higher than that of dry mesophilic AD of same grain size (0.114 m3kgVS-1). High temperature proved more suitable for anaerobica
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