Contact / Address:
Phone: +49 341 235-1753
Office: Building 1.0, Room 023
|May 2019 - present||PhD student, Helmholtz-Centre for Environmental Research – UFZ, Department Environmental Biotechnology working for H2020 - ELECTRA project|
|Apr. 2018 - Apr. 2019||Civil Engineer for flood risk management, Engineering Office Diebold, Judenburg, Austria|
|Oct. 2014 - Mar. 2018||Master of Science in Water Management, Technical University Dresden, Germany|
|Oct. 2011 – Mar. 2015||Bachelor of Science in Hydrology, Technical University Dresden, Germany|
Biodegradation and mineralization in natural and lab scale systems are often limited by the amount of terminal electron acceptors in the environment in particular in water saturated soils or sediments where electron acceptors are often not available in excess. Under anoxic or partly anoxic conditons often nitrous oxides or methane are formed when oxygen or nitrate as electron acceptors are depleted. The PhD project is thus to optimize the system performance of a laboratory scale composting systems and constructed wetland reactors by using microbial electrochemistry in order to overcome limitation of electron acceptors. Electrons that are produced during oxidation in the anaerobic zone are going to get transported through extracellular electron transfer to the aerobic zone where they are needed for reduction of oxygen. Such processes will improve the microbial metabolism in systems with limited electron acceptors, will improve the biological degradation, and will decrease the greenhouse gas formation under anaerobic conditions.
You could use our publication index for further requests.
- Sun, Z., Wei, Y., Song, X., Higgins, B.T., Huang, Z., Hao, W., Li, M. (2023):
Using a microbial fuel cell to balance the carbon‑nitrogen mismatch in submerged fixed-bed reactors for the resilient treatment of mariculture wastewater
J. Water Process Eng. 53 , art. 103629
full text (doi)