Current Professional Societies

1.Member of IWA International Water Association;

2.National 863 Review Expert;

3.National Innovative Talent Review Expert;

4.National Science and Technology Award Review Expert;

5.Ministry of Education Science and Technology Award Review Expert;

6.Beijing Science and Technology Commission Project Review Expert;

7.Education Commission Project Review Expert;

8.Beijing Personnel Bureau Title Review Expert.

Research Areas

1.Aquatic biological treatment theory and technology

2. Microbial cell immobilization theory and application technology

3.The theory and engineering application of urban sewage high-efficiency biological removal of nitrogen and phosphorus

4.Industrial wastewater biological treatment technology

5.Theory and technology of removing high ammonia nitrogen wastewater

6.Technology for biological removal of heavy metals in mine wastewater

7.Theory and technology of biological desulfurization of wastewater

8. Groundwater biological iron and manganese removal theory and engineering technology application

Publications

1. Wang, J., Yang, H., Zhang, F., Su, Y., Wang, S., 2020. Activated sludge under free ammonia treatment using gel immobilization technology for long-term partial nitrification with different initial biomass. Process Biochem. 99, 282–289.,

2. Wang, X.T., Yang, H., Su, Y., Liu, X.Y., 2020. Characteristics and mechanism of anammox granular sludge with different granule size in high load and low rising velocity sewage treatment. Bioresour. Technol. 312, 123608.

3. Wang, X.T., Yang, H., Liu, X.Y., Su, Y., 2020. Effects of biomass and environmental factors on nitrogen removal performance and community structure of an anammox immobilized filler. Sci. Total Environ. 710, 135258.

4. Xuyan Liu, Hong Yang, Xiaoyue Fang, Xiaotong Wang, Yang Su. Performance study and population structure analysis of hydrolytic acidification immobilized fillers using municipal wastewater [J]. Process Safety and Environmental Protection, 2021,146:126-135.

5. Enrichment of ammonia-oxidizing bacteria and microbial diversity analysis by high-throughput sequencing Journal of Residuals Science & Technology,2017, 14(1), 77-84.(SCI, IF:0.55; EI), Renda Yao, Hong Yang

6. Study on the diffusion coefficients for ammonia nitrogen and nitrite and nitrate in PVA gels Water Science & Technology, 2016, 74(8):1773 Yang H, Guan Q

7.Enrichment of nitrifying bacteria and microbial diversity analysis by high-throughput sequencing, RSC Adv., 2016, 6, 113959-113966, Renda Yao, Hong Yang

8. Effect of free ammonia inhibition on NOB activity in high nitrifying performance of sludge, RSC Adv., 2018, 8, 31987–31995 | 31987, Fan Zhang, Hong Yang, Jiawei Wang, Ziqi Liu and Qingkun Guan

9.Renda Yao, Hong Yang, Mengyu Yu, Yi Liu, Huan Shi. Enrichment of ammonia-oxidizing bacteria and microbial diversity analysis by high-throughput sequencing. Journal of Residuals Science & Technology,2017, 14(1), 77-84.

10. Ruo Zheng Li,Hong Yang,Xin Jin. Adsorption Kinetics of Lignite Activated Carbon in Treating Coal Gasification Wastewater[J]. Advanced Materials Research,2015,3702(1073).

11. Shaolun Wang, Hong Yang, Fan Zhang, et al. Analysis of rapid culture of high-efficiency nitrifying bacteria and immobilized filler application for the treatment of municipal wastewater[J]. RSC Advances, 2020, 10: 19240-19246. DOI: 10.1039/d0ra01498b

12. Wang Shaolun Yang Hong Nitrification characteristics and application research of high-efficiency embedded filler CIESC Journal, 2020, 71 (5):2305-2311

13. Zhou Yakun Yang Hong Wang Shaolun He Haichao Liu Zongyue Su Yang Zhang Hui Research on Denitrification Performance of Enhanced Secondary Effluent by Embedded Denitrification Filler and Pilot Application[J] Environmental Science; 2020, 41(2):849-855 EI

14.Wang Xiaotong, Yang Hong, Su yang, Liu Xuyan Fast Start-Up ANAMMOX Operation Strategy and Flora Characteristics of a Biofilter[J] Environmental Science 2020, 41(7)3345-3355

15.Liu Zhongyue, Yang Hong, Wang Shaolun, Wang Jiawei, Rapid industrial enrichment of nitrifying bacteria[J] CIESC Journal 2020, 71(8)3722-3729

16. Wang, Jiawei (1); Yang, Hong (1); Zhang, Fan (2); Su, Yang (1); Wang, Shaolun (1) Activated sludge under free ammonia treatment using gel immobilization technology for long-term partial nitrification with different initial biomass [J] Process Biochemistry December 2020, 99 282-289

17. JiaweiWang(1); HongYang(1); XuyanLiu(1); JiaweiWang(2); JiangChang(2). The impact of temperature and dissolved oxygen (DO) on the partial nitrification of immobilized fillers, and application in municipal wastewater[J]. RSC Advances,10, 37194 - 37201 EI SCI

Personal Statement

Yang Hong, Ph.D holder, is the director of Beijing Key Laboratory of Water Quality Science and Water Environment Recovery.
Professor Yang graduated from Northeast Normal University with  bacherlor of science in 1986. And then, he got his master’s degree in Harbin Institute of Technology, majoring municipal engineering. In Beijing University of Technology, he was granted PhD degree in environment engineering.
From 1986, Yang worked in China Northeast Municipal Engineering Design and Research lnstitutes (CNMEDR), focusing on the Water Supply and Drainage System Design and Wastewater Biological Treatment. In 2000, he was appointed as a professorate senior engineer, as well as, the president of the sub-institute in CNMEDR. During the 16 years working in the CNMEDR, Yang had participated and taken charge of several National ‘Eighth Five-Year Plan’, ‘Ninth Five-Year Plan’ and provincial and ministerial level scientific projects. In addition, he has presided more than 26 municipal engineering programs and got the first place and second place in different high level competitions, for instance, he got the 2nd place in the Reward of National Science and Technology Progress.

After 2002, as a professor and PhD supervisor, Yang is working at the College  of Architecture and Civil Engineering in Beijing University of Technology. He has instructed ‘Wastewater Treatment’, ‘The materials of Water Supply and Drainage System’ for undergraduates; ‘Biochemistry’; ’Water Treatment of Biological’; ’Microbiology’ for graduates; and ‘Advanced Microbiology’; ‘Recovery principles and techniques of water environment’ for PhD candidates. He has engaged in more than 16 national research projects which include ‘The Projects of National 863 Plan’; ‘The Projects of National Natural Science Foundation’; ‘The Projects of Provincial Key Subjects’; ‘The Key Projects of Beijing Science and Technology Commission’; ‘The Projects Products and Application Research’ and so on.
Now, he is focusing on the Technology of Water Environment Recovery and Biotechnological Theory in Sewage Treatment. Further more, the ongoing 6 research projects include: ‘The Projects of National 863 Plan’; ‘The Projects of National Natural Science Foundation’; ‘The Projects Production and Application Research’ and so on. These projects are concerning about Water Recovery System Technology; Biological removal Iron And Manganese from Groundwater. Yang’s scientific research achievements have covered several scientific areas. Up to now, Yang has published over 70 academic papers, and 23 of them were selected to SCI; EI; ISTP those kind of high level scientific periodicals. In 2003, he won the first prize in Provincial Scientific Progress Award as well as the first prize in China Water and Wastewater Best Paper of the Year; In 2004，he won the certificate of honor in Long-term Development Plan of Science and Technology; In 2005, he got the second place in the Reward of National Science and Technology Progress, and the third place in the Reward of Beijing Scientific Progress.