Guo shuhai - pollution control and environmental restoration innovation team

Male, Ph.D., researcher, doctoral tutor, member of the expert group on environmental science and engineering in the graduate school of Chinese academy of sciences. Former assistant director of pollution ecology (1998), deputy director (2000). Director of the environmental engineering discipline group (2001 -), director of the environmental engineering research center (2001-2006). He was awarded six honors and eight honorary titles, and was appointed to the decision advisory committee of liaoning province. To enjoy the special allowance of the state council and be selected as the national candidate of "new century million talents engineering".
Theoretical research and technical development of oil pollution control and regional ecological restoration. Based on the characteristics of the biodegradable characteristics of oil-producing wastewater and the characteristics of pollutant degradation intermediate products, the bios-materialized cooperative treatment method of the oil-type contaminant directed trans fatty acid and flocculation separation was established. In view of the oilfield sludge sludge formation mechanism and the physical and chemical properties, puts forward the flocculation (Breakage) dehydration reduction route; In view of the characteristics of the combination of bacteria and water salt in aging oil and oil, the technology of dedenitrification/desalting/dehydrating commodity oil recovery was developed. In view of the accumulation of toxic hydrocarbons in oil pollution sites, the method and process of electric remediation of symmetrical electric field are proposed. It has undertaken the research of the national research of 973, 863, national major science and technology and environmental protection science and technology, and has achieved fruitful research results.
Representative results
Authorization and patent application
1 guo shuhai, li tingting, wu bo. A method of electrode transfer through polarity switching and field strength supplementation. Authorized patent no. : ZL201310595675.0, authorization date: 2017.01.11.
2 guo shuhai, xu wendi, wu bo, gan xin hong, li gang. An electrochemical and microbiological synergistic repair integrated device for organic contaminated soil. Authorized patent no. : ZL201310660839, authorization date: 2017.02.01.
3 guo shuhai, wu bo, li fengmei, wang 30. The Field intensity compensation method for constructing non - uniform electric Field through auxiliary electrode. Patent application no. : PCT/cn2016/077778, application date: 2016.03.30
Guo shuhai, wu bo, li fengmei, wang jiining. Potential difference-based diversion and field intensity compensation method. Patent application no. : PCT/cn2016/077779, application date: 2016.03.30
Guo shuhai, wang jiining, wang 30, zhang qiang, li fengmei. One fast method to contruct-degrading microflora by using microbial activity. Patent application no. : PCT/CN2016/112025, application date: 2016. 12.26
Li fengmei, guo shuhai, wang 30, li gang. An alkane degradation enzyme preparation and its preparation method and application. Patent application no. : 201410804166.9, application date: 2014.12.23.
7 gao yongchao, guo shuhai, zhang wen, zhang qiang, Chen guhong, kong xue, wang jining. A strain of bacillus cera and its cultivation methods and application. Patent application no. : 201610431090.9, application date: 2016.06.15.
8 zhang qiang, Chen guhong, ji lei, wang jianning, guo shuhai, zhang wen, wang 30, huang yujie. A method for rapid screening of highly efficient petroleum degradable strains by a bioenzyme. Patent application no. : 201710024588.8, application date: 2017.01.13.
Li fengmei, guo shuhai, wang 30, li gang. An electric field monitoring device and method used to contaminate soil electric repair. Patent application no. : 201410827089.4, application date: 2014.12.26.
10 guo shuhai, Yang xuelian, wu bo, liang yuhai. A method to improve the repair and use of electric-microbial remediation of contaminated soil. Patent application no. : 201410850249.1, application date: 2014.12.31.
11 guo shuhai, wu bo, li fengmei, wang jiining. A method of distribution electrode layout and field strength compensation based on electric potential difference. Patent application no. : 201610562782.7, application date: 2016.07.07.
Guo shuhai, wu bo, li fengmei, wang 30. A method of field strength compensation for non-uniform electric field is constructed by means of auxiliary electrode. Patent application no. : 201510394365.1, application date: 2016.07.07.
Guo shuhai, wang 30, li fengmei, wu bo, zhang meng, wang jiining. A complementary and replenishing electrolyte preparation method for electric microbiological repair. Patent application no. : 201610570633.5, application date: 2016.07.08.
Guo shuhai, zhang meng. An online rehydration device and its method to maintain the efficiency of electric repair of contaminated soil. Patent application no. : 201610567284.1, application date: 2016.07.19.
15 guo shuhai, wang 30, li fengmei, wu bo, zhang meng, wang jiining. An electric - microbiological repair and replenishing electrolyte and its replenishing method. Patent application no. : 201610570633.5, application date: 2016.07.18.
Guo shuhai, wang jiining, wang 30, zhang qiang, li fengmei. A method of rapidly building oil degradation bacteria with microbial intracellular enzymes. Patent application no. : 201611123263.7, application date: 2016.12.08.
17 guo shuhai, wang 30, li fengmei, Yang xuelian, wang jioning, zhang lingyan, tengfei. A kind of intermediate substrate degradable bacteria and its application is suitable for electric repair of long - chain alkanes contaminated soil. Patent application no. : 201610070984. X, application date: 2016.02.01.
18 guo shuhai, li fengmei, wu bo, zhang lingyan, li gang, wang 30. A method to improve the electric microbiological repair of organic contaminated soil by using dissolved organic matter. Patent application no. : 201610562782.7, application date: 2016.07.18.
Guo shuhai, wang 30, li fengmei, wang garing, wu bo, li gang, zhang kai. A comprehensive adjustment agent for the degradation of aerobic microorganism in medium temperature and its preparation and use. Patent application no. : 201710156051.7, application date: 2017.3.16.
20 guo shuhai, wang 30, li fengmei, wang garing, wu bo, li gang, zhang kai. A method to improve the temperature and humidity of the reactor in a bio-reactor repair technique. Patent application no. : 201710159678.8, application date: 2017.3.17.
Software copyright
1. Organic soil and site electric restoration of polarity change system software. Registration no. : 2012SR090442
2. Four-point electrode operating system software. Registration no. : 2015SR040784
3. Control and simulation system of the organic soil electric - biological repair process. Registration number: 2016SR352426
4. Control and current compensation software for electric repair of organic contaminated soil. Registration number: 2016SR352063
5. The effective electric field regulation software of the organic contaminated soil. Registration no. : 2016SR352493
Contaminated soil electric repair field strength monitoring software. Registration no. : 2017SR029946
Three published articles
SCI papers
1.Gao Yongchao, Wang Jianing, Guo Shuhai, Hu Yalin, Li Tingting, Mao Rong, Zeng Dehui*. Effects of salinization and crude oil contamination on soil bacterial community structure in the Yellow River Delta region, China. Applied soil Ecology, 2015, 86:165-173
2. Xu Wendi, Guo Shuhai *. Combination of the direct company - Fenton process and bioremediation for the treatment of pyrene - contaminated soil in a slurry reactor. 2015. Environ. Sci. Eng., 2015, 9 (6) : 1096-1107.
3. Xu Sujuan, Guo Shuhai *, Wu Bo, Li Fengmei, Li Tingting. An assessment of the effectiveness and impact of electrokinetic remediation for pyrene - contaminated soil. Journal of Environmental Sciences, 2014, 26 (11) : 2290-2297.
4. Wang Jian, Li Fengmei, Li Xu, Wang Xiujuan, Li Xinyu, Su Zhencheng, Zhang Huiwen, Guo Shuhai. The Effects of electrokinetic operation mode on removal of polycyclic aromatic hydrocarbons (PAHs), and the indigenous fungal community in PAH - contaminated soil. Journal of Environmental Science and Health, Part A., 2013, 48 (13) : 1677-1684.
5.Huang Diannan, Guo Shuhai*, Li Tingting, Wu Bo. Coupling interactions between electrokinetics and bioremediation for pyrene removal from soil under the same conditions. Clean- soil, Air, Water, 2013, 41(4): 383-389.
6.Li Fengmei, Guo Shuhai*, Hartog Niels. Electrokinetics-enhanced biodegradation of heavy polycyclic aromatic soil around iron and steel industries. Electrochimica Acta, 2012, 85:228-234.
The article in Chinese
1. Li tingting, guo shuhai *, wang jianning, zou zhihong, gao yongchao. The effects of electrode polarity on electric - microbial restoration of oil contaminated soil. Environmental engineering, 2016, 34(1): 159-163.
2. Yu-jie huang, zhang wen, Fu Xiaowen yong-chao gao, xia, shu-hai guo, jia-ning wang *. Different NaCl content, medium and trace elements on mycobacterium SP - 3 degradation of phenanthrene impact study. Shandong science, 2016, 29 (6) : 98-103.
3. Ganxin hong, guo shuhai *, xu wendi, li gang, li fengmei. Analysis of the influence factors of hydroxyl radical generation in the electric fenton mud reactor. Journal of agricultural environmental science, 2015, 34(1): 44-49.
4. Wei wei, li fengmei, Yang xuelian *, wang 30, guo shuhai, li gang. Effects of voltage on pyrene degradation and microbial communities in soil during electric repair. Ecological journal, 2015, 34(5): 1382-1388.
5. Guo shuhai, wang garning, gao yongchao, li tingting. Ecological environment characteristics and protection countermeasures of the distribution area of China's main coastal oil fields -- taking the bohai oilfield area as an example. Shandong science, 2015, 28(1): 82-87.
6. Zhang cancan, li fengmei, guo shuhai. The migration and microbial degradation of hexadecane in electric field. Environmental engineering, 2012, 30 (supplement) : 515-518.
7. Yuan shuang, liang chenghua *, li fengmei, guo shuhai. Screening and degradation of polycyclic aromatic hydrocarbons. Journal of ecology, 2011, 30(2): 315-319.
8. Li tingting, zhang lingyan, guo shu-yan, huang dianmen. The impact of the fully symmetrical electric field on the restoration of oil contaminated soil by electric - micro-organisms. Environmental science research, 2010, 23(10): 1262-1267.
Five, the book
1. Basic and application of electric repairing technology, [beautiful] akram oshavaken, guo shuhai, cheng feng lian, wang jioning, wang bing, li fengmei, wang hui.