Solid waste treatment and recovery; Pollution control technology of solid waste disposal facilities
research results
Paper [1] Jorge, Matthew J. Wooler, John W. Pahlman, John Kenson, James M. Teager, Mary Beth Leigh. Diversity of active aerobic methane-oxidizing bacteria in water column and sediment depth profile of Arctic and sub-Arctic lakes. ISME daily, 2012,6:1937-1948. If: 7.375. [2] Jorge, Matthew J. Wooler, John W. Pahlman, Catherine Catalannis, John Quinson, James M. Tijer, Mary Beth Leigh. Identification of functional aerobic methane-oxidizing bacteria in Arctic lake sediments by stable isotope detection. Environmental microbiology, 20 12,14 (6):1403-1419. IF: 5.843。 [3] Jorge, Matthew J. Woller, John W. Pahlman, John Kenson, James M. Tijay, Mary Beth Leigh. Characteristics and activities of methane-oxidizing bacteria in Arctic lake sediments change with temperature. Applied and Environmental Microbiology, 2012,78 (13): 4715-4723. IF: 3.829。 [4] He Ruo, Xia Fangfang, Bai Yun, Wang Jing, Shen Dongsheng. Removal mechanism of H2S in landfill stabilization. Journal of Hazardous Materials, 2012,217-218: 67-75. IF: 4. 173。 [5] He Ruo, Xia Fangfang, Li,. Evaluation of methane oxidation activity in soil covered by waste organisms during the stabilization of landfill. Chemical circle, 20 12, 89: 672-679. If: 3.206. Wang Jing, Xia Fangfang, Cheng-Fang Ran, He Ruo. Methane oxidation in soil covered by landfill waste: kinetics and sensitivity to environmental conditions. Waste management, 20 1 1, 3 1:864-870. If: 2.428. Ruohe, Xia Fangfang, Chang, Cheng. Characteristics of adsorption and removal of hydrogen sulfide by covering soil with waste organisms. Journal of hazardous materials, 20 1 1, 186: 773-778. IF: 4. 173。 [8] He He, Ruan, Jiang,. The response of oxidation rate and microbial community to methane in the soil micro-universe covered by landfill was simulated. Biotechnology of Biological Resources, 2008, 99: 7 192-7 199. If: 4.980. [9] Liu Xinwen, Jorge and Shen Dongsheng. Toxic effect of pentachlorophenol on biological activity of anaerobic granular sludge. J. environment Management. , 2008, 88: 939-946. If: 3.245. Ruohe, Ruan,. Effects of methane on microbial quantity and oxidation rate in soil columns covered by different landfills. Journal of Environmental Science and Health, Series A, 2007,42 (6): 785-793. IF: 1. 107。 Liu Xinwen, Zhang Zhijian, Shen Dongsheng. Characteristics of bioreactor landfill system with anaerobic-aerobic denitrification process. Biotechnology of Biological Resources, 2007,98 (13): 2526-2532. If: 4.980. Shen Dongsheng, Ruohe. Nitrogen removal in landfill system of intermittent aeration bioreactor at the top of garbage. Journal of Hazardous Materials, 2006, 136(3): 784-790. IF: 4. 173。 Shen Dongsheng, He He, Liu Xinwen, Yan Long. Effect of mass concentration of pentachlorophenol and chemical oxygen demand in influent on operation characteristics of upflow anaerobic sludge UASB reactor, J hazard mater, 2006, 136(3): 645-653. IF: 4. 173。 [14] Ruan, Ruohe, Hang Min. Study on the effect of nicotine on soil microbial community structure by DGGE fingerprinting. Water for Life Development and Management, 2006, 1523- 1530. [15] He Ruo, Shen Dongsheng, Wang Junqin, He Yonghua, Zhu Yinmei. Biodegradation of methane production reactor with landfill leachate reinjection. Process Biochemistry, 2005,40: 3660-3666. If: 2.627. [16] Shen Dongsheng, He Ruo, Zhu Yinmei. Effects of effective microorganism inoculation and leachate recharge on municipal solid waste degradation. China Journal of Chemical Engineering, 2004, 12(2):277-28 1. IF: 0.826。 , He Ruo, Ren, armand traore, Feng Xiaoshan. Effects of leachate recharge and inoculation on biochemical characteristics of landfill bioreactor. Journal of Environmental Science, 2002, 14 (3), 406-4 12. If: 1.660。 He ruo, Dai, Zhu yinmei. Study on in-situ denitrification of municipal solid waste in bioreactor landfill system. Environmental science, 2006. 27 (3): 2 12-2 17. He Ruo, Shen Dongsheng, Zhu Yinmei. Study on denitrification performance of leachate in bioreactor landfill system. Journal of Applied Ecology, 2006, 17 (3): 520-524. Zhu Yinmei. Study on stabilization of domestic waste in denitrification bioreactor landfill. Journal of Zhejiang University (Agriculture and Life Sciences Edition), 2006,32 (1): 21-26. He Ruo, Xu, Zhu Yinmei. Degradation of organic waste in bioreactor landfill system. 22 (1):134-137. [22] He Ruo, Shen Dongsheng, Zhu Yinmei. Research progress of domestic waste treatment in bioreactor landfill. Journal of Zhejiang University (Agriculture and Life Sciences Edition), 2004,30 (3): 252-258 2001,22 (6): 99- 102. [24] He Ruo, Shen Dongsheng, Equation Ran. Study on characteristics of bioreactor landfill system. Journal of Environmental Science, 200 1, 2 1 (6): 763-767. Beijing. 2003. Patents and others [1] He Ruo, Lou Bin, Qiu Caidi, Zheng. Preparation method and system for methane emission reduction in garbage landfill. Patent number:
Shen Dongsheng, He Ruo, Lou Bin, Qiu Caidi, et al. Step-by-step methanation technology of domestic waste and bioreactor.
Shen Dongsheng, He Ruo, Lou Bin, Qiu Caidi, et al. A landfill treatment technology and bioreactor with in-situ denitrification function.
[4] Shen Dongsheng, He Ruo, Qiu Caidi, et al. A domestic waste resource treatment technology and its device.
[5] Shen Dongsheng, Xue Zhiyong, Sun Peide, He Re, etc. Study on low-carbon and high-value treatment and utilization technology of rural biomass waste. Second Prize of Zhejiang Science and Technology Progress, 20 10. [6] Shen Dongsheng, He Ruo, etc. Study on technical mechanism of migration and transformation of main pollutants in bioreactor landfill. Second prize of scientific research achievements in Zhejiang universities, 20 168.