报告题目:

Environmental electrochemistry in next generation: from water to energy, chemicals, biofuels, and more

报告人：张翼峰教授

报告时间：2018年12月19日10:00 – 11:30

报告地点：B4-308

报告人简介

张翼峰 (Yifeng Zhang)，男， 1982年生。2009-2012 ，受DTU全额奖学金资助，博士毕业于丹麦技术大学（DTU）环境工程学院，现任该学院副教授(Tenured)，博士生导师。博士，博士后阶段师从丹麦厌氧领域顶级专家Irini Aneglidaki教授。主要研究方向为微生物电化学技术原理及其与传统污水处理工艺的耦合与创新应用，专注于厌氧消化及深度发酵、废水处理及资源回收、生物传感、生物能源合成、生物产氢产甲烷、生物修复、废水脱氮脱盐等。发表SCI论文50余篇（第一作者或通讯作者43篇），其中在环境领域顶级期刊Energy & Environmental Science, Environmental science & Technology, Water Research三刊共发文15篇，被引频次超1500余次，H-index为22.

2018年嘉士伯基金会杰出人才奖励计划入选者(450万丹麦克朗)。博士毕业至今作为申请人及合作者参与多项丹麦国家及欧盟科研项目（总经费超300万欧元）。国家自费留学奖学金（2011）及德国DAAD博士奖学金（2009，未领取）获得者。作为科学术委员会成员或特邀报告人参与多次生物技术，厌氧及电化学领域国际会议。40多个国际SCI期刊的审稿人，并作为特邀主编参与多个期刊的特刊发表。欧盟第七研发框架计划（FP7）与科研创新计划（Horizon 2020）远程评审专家。

报告摘要：

Microbial electrochemical technologies and systems (METs), which employ microbes as catalysts to convert chemical energy stored in organic or inorganic matter into sustainable electricity and high-value products, is emerging as next generation technology of environmental electrochemistry. With extensive fundamental studies to understand the electron transfer mechanisms, microbiology, reactor architecture and materials involved, METs are becoming a versatile platform technology for various applications including wastewater treatment, environmental monitoring, chemical and biofuel production, resource recovery and waste remediation. This presentation aims to provide an updated overview of key research activities in Bioenergy group at Technical University of Denmark.