Host: Japan Society of Material Cycles and Waste Management
In this study, we compared the predominant microorganism after confirming the hydrogen production surface using anaerobic biological degradation in response to the extra concentration of food waste. Showed a 1268.67ml of hydrogen gas production by the highest salinity wastewater was 3g/L, but the food waste salinity was 30g/L of hydrogen gas production lowest 130.73ml. It was able to know that the salinity is the inhibition of the hydrogen production and growth of microorganisms. Result of 16S rDNA PCR-DGGE, elucidated in microorganisms most crowded Clostridium sp. or Klebsiella sp. and microbial contribution of the hydrogen generator is large, Clostridium sp. It was judged.
