Xiuxia Zhang（Professor）

Name：

Xiuxia Zhang

Academic Title：

Professor

Advisor Type：

Master Instructor

Department：

Department of Environmental and Safety   Engineering

Research Interests：

Soil remediation; Water pollution   control engineering; Solid waste recycling

E-Mail：

zhxiuxia@upc.edu.cn

Telephone：

15853256517

◎Educational Background

1985-1989, Applied Chemistry, Department   of Refining, University of Petroleum (East China), Bachelor of Engineering

1994-1997, Applied Chemistry, Department   of Refining, Petroleum University (East China), Master of Engineering

2004-2008, Environmental Engineering,   School of Resource and Environmental Engineering, East China University of   Science and Technology, Ph.D.

1999-2000, Advanced study at the   Department of Environmental Engineering, Tsinghua University

◎Work Experience

1989-1994, University of Petroleum (East   China), Environmental Monitoring Department, Teaching Assistant

1994-2000, University of Petroleum (East   China), Department of Environmental Science and Engineering, Lecturer

2000-2009, China University of Petroleum   (East China), Department of Environmental Science and Engineering, Associate   Professor

2009-present, China University of   Petroleum (East China), Department of Environmental Science and Engineering,   Professor

◎Research Direction

[1][1] Soil remediation

[2] Water pollution control project

[3] Recycling of solid waste

◎Research Project

[1]Test analysis of microbial community   structure and characteristics in oily soil.

[2] The General Project of Shandong   Natural Science Foundation, Research on the Mechanism of Remediation of   Oil-Contaminated Soil with Straw Carrier Immobilized Microorganisms.

[3] National Natural Science Foundation   of China General Program, Research on flavonoid biosynthesis mechanism and   directional metabolism regulation mechanism of P. igniarius.

[4] PetroChina Science and Technology   Innovation Fund Project, immobilized microorganisms to remediate   oil-contaminated soil.

[5] CNPC Science and Technology   Innovation Fund Project, Research on Microbial Remediation Technology of Oil   Contaminated Soil.

[6] Research on the determination method   of fracturing flowback fluid composition.

[7] Investigation and Analysis Research   Project of Shallow Groundwater Environment in Water Injection Area of Shengli   Oilfield.

[8] Research on limiting factors and   mechanism of microbial degradation of characteristic pollutants in petroleum   and petrochemical pollution sites.

[9] (GEF) Demonstration evaluation,   model research and governance planning of agricultural and rural pollution   prevention and control in the Guangli River Basin.

[10] Research on oily sludge dewatering   agent and supporting technology of screw stacker.

[11] Screening of low-oil-bearing soil   (sand) degrading bacteria and optimization of degradation conditions in Xin   48 fault block.

[12] Study on resource utilization of   Tuo 1 and Tuo 6 wastewater.

[13] Formulation development and   performance research of high-efficiency cleaning agent for oil mud sand.

[14] Optimization of oily sludge   demulsification agent.

[15] Research on in-situ repair   technology of decommissioned oil wells in Xianhe.

[16] Analysis and test of oily soil   microbial community structure and related characteristics.

◎Representative   Papers and Patents

1. Paper

[1]Construction and Performance   Evaluation of High Efficiency Heavy Oil Degradation and Viscosity Reduction   Consortium

[2]Influence of Humic Acid on the Soil   Characteristics and Bio-Remediation of Oil-Contaminated Soil

[3]Effect of Straw Carrier Decomposition   on Remediation of Petroleum Contaminated Soil by Microorganism

[4]Influence of Immobilized   Microorganism on Biolog1cal Characteristics of Petroleum-Contaminated Soil

[5]Influence of Laccase Activity on   Characteristic and Microbial Activity of Oil-Contaminated Soil

[6]Remediation optimization of   oil-contaminated soil by laccase

[7]Bioremediation of Petroleum   Contaminated Soil by Wheat Straw and Microorganisms

[8]Promoted White Rot Fungi by Biological   Stimulation to Repair Petroleum Contaminated Soil

[9]Enhancing Microorganism Remediation   of Phenanthrene in Water-Soil System by Mixed Surfactants

[10]Bioremediation of petroleum   contaminated soil by microoganisms enhanced with spent mushroom substrate.

[11]Adsorption and Degradation of   Petroleum Hydrocarbon With Biochars and Microorganisms

[12]Removal Function of Biochar   Supported Zero-Valent Iron Composite Materials for Petroleum Pollutants in   Soil

[13]Bioremediation of petroleum   hydrocarbon contaminated soil by petroleum-degrading bacteria immobilized on   biochar

[14]Biochar Supported Nanoscale   Zero-valent Iron Composites  for the   Removal of Petroleum from Wastewater

[15]Influence factors of laccase   activity in oil-contaminated soil

[16]Determination of the best conditions   for modifiedbiochar immobilized petroleum hydrocarbondegradation   microorganism by orthogonal test

[17]Isolation and optimization   degradation conditions of highly efficient degrading bacteria for   oil-contaminated soil

[18]Remediation of Petroleum   Contaminated Soil by Modified Straw Carrier Immobilized Microorganism

[19]Relationship Between Microorganism   Population Quantity,Soil Enzyme Activity and Oil Degradation Rate in Soil   Bioremediation

[20]Control Effect of Immobilized   Microorganisms on Physical and Chemical Properties of Petroleum-Contaminated   Soil

[21]Bioaugmentation remediation of   petroleum contaminated soil

[22]Study on influencing factors of   immobilized microorganisms for remedying oil-contaminated soil

[23]Strengthening Bioremediation of Oil   Contaminated Soil by Activation Agent and Optimization of Bioremediation   Conditions

[24]Optimization for Oil Degradation by   Immobilized Microorganism Through Response Surface

[25]Importance of the influence factors   on the bioremediation of oil-contaminated soil by immobilized MM-7

[26]Removal of petroleum hydrocarbons   and heterocycles by Pseudomonas sp. LKY-5 under aerobic conditions

2.Patent

[1]Zhang Xiuxia; Zhang Bofan; Xiong Xin;   Zhang Zhao; Xu Wenfei; Jia Hongyu; Xin Rui; Liu Hui'e; Gu Yingying; .3

[2] Zhang Xiuxia; Zhang Bofan; Hu Yang;   Xiong Xin; Liu Hui'e; Gu Yingying; Liu Chunshuang; A method for constructing   a nutrient system of organic fertilizer for biostimulation remediation of   oil-contaminated soil, 2018-06-22, China, CN201810647739.X.

[3] Zhang Xiuxia; Xu Wenfei; Xin Rui;   Jia Hongyu; Liu Hui'e; Gu Yingying; A preparation method of a fungus bran   carbon-loaded zero-valent iron composite material and its application in the   treatment of petroleum polluted wastewater, 2019-04-08, China, CN201910276834   .8.

[4] Zhang Xiuxia; Xin Rui; Preparation   method and application method of a mixed bacterial agent for viscosity   reduction and degradation of heavy oil, 2019-10-22, China, 201911003677

◎Representative   Works

[1]

[2]

◎Awards and Honors

[1] Research on Oily Sludge Biological   Treatment Technology, Shandong Province, Science and Technology Progress   Award, Third Prize, 2009.

[2] Environmentally friendly immobilized   microorganisms to remediate oil-contaminated soil technology and application,   China Petroleum and Chemical Industry Association, Science and Technology   Progress, Second Prize, 2012.

[3] Environment-friendly immobilized   microbial remediation technology and application of oil-contaminated soil,   Shandong Province, Science and Technology Progress Award, third prize, 2012.

[4] Biomass graded pyrolysis   gasification polygeneration technology and key equipment, 2019JBR0314-1-15,   2019.

[5] Application of rare earth modified   perovskite catalysts in low temperature combustion of volatile organic   compounds, 2013JBR0089-3-5, 2013.

[6] In 2017, he was awarded the Advanced   Employment Instructor of China University of Petroleum (East China);

[7] In 2015, he was awarded the title of   National May 1st Women's Model;

[8] In 2013, he was awarded the model   worker of China University of Petroleum (East China);

[9] In 2011, he won the outstanding   teacher of China University of Petroleum (East China);

[10] In 2012, he won the model of   morality of China University of Petroleum (East China);

[11] In 2013, he was awarded the title   of Advanced Individual in Science and Technology Cooperation in Dongying   City;

[12] From 2009 to 2016, won the title of   outstanding trade union cadre for 8 consecutive years;

[13] He has won the title of Outstanding   Instructor of Science and Technology Innovation for College Students for many   times.

◎Courses Offered

Undergraduate：《Introduction to environmental protection》、《Solid waste treatment and disposal engineering》、《environmental engineering》

Postgraduate：《Solid waste treatment   and recycling》、《Remediation technology of   environmental pollution》

◎Student Training

1. Supervise Postgraduate Students

协助指导博士研究生2名，学术研究生46名，专业硕士研究生17名。毕业研究生51名，其中30名到国企、政府部门或高校工作，10名到外企工作，11名到环保咨询部门工作。

2. Typical student：

2007届毕业生吕洪良在摩根大通香港分部，任高级咨询师；

2008届毕业生吴伟林在中国石油化工股份有限公司江苏油田分公司党委组织部，任部长；

2010届毕业生单宝来在中国石油大学（华东）科技处，担任科长；

2011届毕业生陈文婷在胜利油田华滨实业有限公司，担任副总工程师；

3.Admissions Instructions：

环境类专业

◎Part-time Academic Job

[1]Member of Qingdao Environmental   Science Society

[2]Member of China Chemical Society