Biohydrogen Production from Rice Noodle Processing Wastewater by Immobilizing Hydrophobic Media

Jaruwan Wongthanate; Panupong Termyuan

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Biohydrogen Production from Rice Noodle Processing Wastewater by Immobilizing Hydrophobic Media

机译：固定化疏水介质从米粉加工废水中生产生物氢

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Maximum cumulative hydrogen production of the rice noodle processing wastewater (552.29 mL H₂/L wastewater) was observed at initial pH 6.0 under thermophilic condition (55±1°C). Regarding 5% (v/v) addition of Hydrophobic Media (HB), the maximum cumulative hydrogen production using immobilizing ball-shaped HB (748.71 mL H₂/L wastewater) was a three-fold increase of cumulative hydrogen production when compared to its production using immobilizing wheel-shaped HB (224.31 mL H₂/L wastewater). The SEM observation of immobilized biofilm on a ball-shaped HB was the rod shape and gathered into groups.

机译：在嗜热条件下（55±1°C），初始pH 6.0时，米粉加工废水（552.29 mL H _{2 / L废水）的最大累积氢气产生量。关于添加5％（v / v）的疏水性介质（HB），使用固定球形HB（748.71 mL H _{2 / L废水）产生的最大累积氢产量是HB的三倍。与使用固定式轮式HB生产的224.31 mL H _{2 / L废水相比，其累积氢气产量更高。球形HB上固定的生物膜的SEM观察是棒状并成组。}}}

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《Journal of Environmental Science and Technology》 |2015年第4期|共页
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Jaruwan Wongthanate; Panupong Termyuan;
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Biohydrogen Production from Rice Noodle Processing Wastewater by Immobilizing Hydrophobic Media

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