朱保宁

招生专业：
化学工程与技术、环境科学与工程
研究方向：
多细胞厌氧消化体系代谢协同效应及过程强化：
厌氧消化是把生物质废物转变为绿色能源的好办法。这个复杂的底物-微生物共存体系是如何运转的？如何才能让这个过程的效率更高？我们探究厌氧体系微环境中微生物菌群的分工作用机制，调控产甲烷体系中水解酸化功能菌与甲烷菌群的协调适配能力，研究反应器过程参数对耦合体系稳定性及耐受性的影响规律，实现整个系统的高效稳定运行。
厌氧微生物代谢过程可视化表征与非稳态预警：
微生物如果暴饮暴食也会消化不良。是否有简便易行的方法能肉眼看到微观过程？能否在厌氧体系不稳定的初期就准确预测？我们揭示微生物菌群的结构和组成在纳米尺度下的时空变化规律，开发典型特征官能团的靶向示踪药剂和观测方法，建立厌氧体系非稳态代谢的动力学模型，实现微生物体系临界状态的宏观识别。
基于高级氧化的工业废水活化处理工艺及装备：
工业废水不仅造成恶性环境污染，而且很难用常规工艺处理。我们改造常规的污水处理工艺，利用矿产废物生产选择性催化剂，开发基于高级氧化的难降解有机物活化分解工艺和步骤控制技术，研制生化复合的高效连续式反应器系统，实现高浓度有机废水的达标处理。

1994-1998 北京化工大学化学工程系 本科
2003-2006 北京化工大学环境工程系 硕士研究生
2006-2009 北京化工大学环境科学与工程系 博士研究生
2006-2008 美国加州大学戴维斯分校 联合培养博士生
2017-2017 加拿大阿尔伯塔大学 高级访问学者

在研项目:
复杂底物人工共生多细胞体系可控构建与菌群协作机制（21838001），国家自然科学基金重点项目，2018-2021
石油化工类高校科技成果转化模式研究（jwgj201709），北京市教委共建项目，2017-2018
昌平区域餐厨废物处理中试方案工艺开发，横向项目，2017-2019
已验收项目：
城市生活垃圾生物制气设备“三化”体系和标准化设计平台建设（2010BAC67B05），国家科技支撑计划项目，2010-2013
城市生活垃圾筒仓式干法厌氧生物制气设备研发与示范工程（2010BAC67B03），国家科技支撑计划项目，2010-2013
有机化工精蒸馏残渣污染特征与污染风险控制研究（201309022），环境保护部公益专项，2013-2015
城市生物质垃圾厌氧消化生产车用生物燃气技术研究（2011DFA90800），国际科技合作项目，2011-2013
高固体厌氧消化关键工艺、装备研发与工程示范（2008AA062401），国家863计划项目，2009-2011
生物质垃圾厌氧消化产物高值利用技术、装备研发与工程示范（2008AA062402-2），国家863计划项目，2008-2011

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环境工程制图，48学时，本科生（环境实验班）必修课
环保设备基础，32学时，本科生选修课

与国家纳米中心、材料学院、生命科学与工程学院有联合研究和学生培养。