Publications by authors named "Jinzhou Fan"
Article Synopsis
- Severe membrane fouling and low methane content in biogas reduce the effectiveness of anaerobic membrane bioreactors (AnMBR) for energy recovery.
- A new AnMBR design combines the electrochemical hydrogen evolution reaction (eHAnMBR) with a titanium membrane-cathode to enhance biogas quality and control membrane fouling using a sacrificed iron anode.
- This innovative approach leads to a 28% increase in biogas purity and a 46% boost in methane production, while also reducing membrane pressure and improving overall wastewater treatment efficiency.
Anaerobic membrane bioreactor (AnMBR) is considered an efficient technique for kitchen wastewater treatment; however, membrane fouling restricts their applicability. In this study, a novel AnMBR with an Fe anode and Ti membrane cathode (electro-AnMBR) was constructed. The reactor exhibited good performance in pollutant removal and antifouling in kitchen wastewater treatment.
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