Biomedical Engineering Reference
In-Depth Information
35. Bernhard R, Zhao YC, Ji R et al (2007) Biogas from municipal and agricultural bioorganic
waste: renewable energy for China. International symposium MBT
36. Cheng W, Xia H, Yi Q (1999) Domestic wastewater treatment using an anaerobic bioreactor
coupled with membrane filtration. Process Biochem 35:335-340
37. Guan YT, Jiang ZP, Zhu WP et al (1998) Study on two-phase anaerobic technology for
organic wastewater treatment. Environ Sci 19(6):56-59 (in Chinese)
38. He YL, Wu ZC, Li CJ (1999) Application of the anaerobic MBR for treatment of high
concentration food wastewater. Environ Sci 20(6):53-55 (in Chinese)
39. Wu J, Xu LJ, Xie JL (2006) The effect of alkali-pretreatment on anaerobic digestion of solid
organic waste. Acta Sci Circumst 26(2):252-255
40. Wu XQ, Liu KX, Li Y (1985) The application of wet-dry anaerobic fermentation process in
the rural of Huanghuaihai region. Res Agric Mod 8:40-42 (in Chinese)
41. Sun GC, Sha TL, Guo XM (1986) The productive experiment of dry anaerobic fermentation.
J Sol Energy 7(1):10-15 (in Chinese)
42. Ye S, Wei JS, Zhao HL (1989) Automatic discharging dry anaerobic fermentation device.
China Biogas 4:17-19 (in Chinese)
43. Ma YR, Hui KJ, Rong LH (1990) The benefit of gas separation storage-constant voltage dry
anaerobic biogas digestion technology in the dry and cold region of Ningxia province. China
Biogas 8(2):25-26 (in Chinese)
44. Kang HD (2005) small-scale efficient voltage stabilized auto-aimless filtration dry anaerobic
digester. [EB/OL]
http://www/patent.com.cn
45. Gan RH (2004) Study on the stirring reactor for the poultry and livestock manure digestion.
Huazhong Agricultural University master's degree thesis (in Chinese)
46. Yan SP (2004) Studies on fermentation tin's heating and heat preservation in the poultry and
domestic dejects digestion with high temperature anaerobic dry fermentation. Huazhong
Agricultural University master's degree thesis (in Chinese)
47. Liu RH, Niu WS, Zhang DL (2005) Biomass thermal and chemical conversion technology.
Chem Ind Press, Beijing (in Chinese)
48. Peter T (2010) Biogas: Rethinking the midwest's potential. Clean Wisconsin
49. The report of European biomass energy development and utilization (2006). 8
http://www.
50. Chen GY, Gao WX, Yan BB, Jia JN (2006) Present research status and development of
biomass gasification technologies. Gas Heat 26(7):2-8 (in Chinese)
51. Deng XL, Gao YW, Xu Y et al (2007) Progress in biomass gasification and its requipments.
Biomass Chem Eng 41(6):37-41 (in Chinese)
52. Fan JC, Wang YG, Gao H (2004) Economic benefit evaluation of biomass gasification and
subsequent electricity generation. Energy Eng 1:20-23 (in Chinese)
53. Sheng
JJ
(2007)
Progress
on
biomass
gasification
and
power
generation.
Energy
Conservation Technol 25(1):76-80 (in Chinese)
54. Wu CZ (2003) The electricity production by biomass gasification technology: (1) The
working principle and technological process of electricity production by biomass gasification.
Renew Energy 1:41-43 (in Chinese)
55. Ying H, Jiang JC (2007) Conversion technology and utilization of biomass energy(IV)-
technology and application of biomass gasifiacation.
Biomass Chem Eng 41(6):47-55
(in Chinese)
56. Zhao LC, Li XW, Wang GL et al (2008) The application and investigation of biomass
gasification. Renew Energy 26(6):55-58 (in Chinese)
Search WWH ::
Custom Search