201432(7) 83% 17% 188 2~3 2.2 户用沼气脱硫效果现状 % ~

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1 第 32 卷第 7 期 2014 年 7 月 Renewable Energy Resources Vol.32 No.7 Jul 陈子爱王超丁自立冉毅席江张冀川 ( ; ) : : ; : ; ; ; : TK6; S216.4 : B : (2014) DOI: /j.cnki /tk () % 1.6 [1] CH 4 CO 2 H 2 S H 2 S 8 [2]~[4] ;H 2 S SO 2 15~85 [5] H 2 S 1~12 g/m 3[6] [8] : 2 : NY/T H 2 S 20 2 mg/m 3[7] 2.1 调研农户的沼气使用情况 ; Table 1 The questionnaire on base situation of biogas usage : : ( ) : (1975-) cza0903@163.com 1033

2 201432(7) 83% 17% 188 2~3 2.2 户用沼气脱硫效果现状 % ~ Table 2 The questionnaire on base situation of desulfricer usage 6 6~ h % 0.1% 23% 0.5% 12% 17% 50% 31% 2.3 脱硫对户用沼气利用设备的影响 0.1% 0.5% PE 6~ ~3 1 h 2 1% 69% 0.1%~0.5% 0%~50% 52% 10% 10%~50% 5% : 80 30%183 ; 10 2

3 农村户用沼气脱硫效果现状及分析 [9] 户用沼气脱硫效果现状 ( ) [11]~[13] 22% 15% 25% : 38% : 2 3H 2 S+Fe 2 O 3 H 2 O=Fe 2 S 3 H 2 O+3H 2 O+62.3 kj %: 34% 29% 2Fe 2 S 3 H 2 O+3O 2 =2Fe 2 O 3 H 2 O+6S kj % 63% ; [10] 2.4 农户对脱硫剂再生或更换的意愿 % 31% 59% 50% 70% 21% 37% 42% 3.2 影响户用沼气脱硫剂再生或更换的主要因素 67% % 9% % 14% 19% 21% ; 10% 3.3 沼气使用安全性及其他问题 1035

4 201432(7) [1]. (2006~2010 ). [EB/OL]. [14]~[19] Doc [1] Department of Agriculture. Construction Plan of National Rural Biogas engineering (2006 ~2010). [EB/OL] [2]. [J] (5): μl/m mg/l [2] Deng liangweitang YiWu Yan.Mechanism of biological desulfurization and its progress [J]. Shanghai Envi- [20] ronmental Sciences199817(5): [3] Mahmood QZheng PCai Jet al.sources of sulfide in waste streams and current biotechnologies for its removal [J]. Journal of Zhejiang University Science A 20078(7): [4]. [J] (2): [4] Zhang RonglinJia Pingli.Several issues discussion of biogas desulfurization operation [J].China Biogas (2): [5] Murtuza A SyedPaul F Henshaw. Effect of tube size on performance of a fixed - film tubular bioreactor for conversion of hydrogen sulfide to elemental sulfur [J]. Water Research (8): [6]. ; [J] (3): [6] Gao YingziLi QuanshengAi Binet al.engineering development of green methane and desulphuration tech- 4 nology [J].Heilongjiang Electric Power (3): [7]. ; [J] (3): [7] Wu DanRen LirenXiang Fengxinet al. Advances in biological purification of biogas desulfurization technology[j]. Environmental Science and Technology (3): [8] NY/T [S]. [8] NY/T Desulfuricer of household biogas[s]. [9] GB/T [S]. [9] GB/T Domestic biogas stove[s]. [10]. [J] (3): [10] Ding ZiliWang ChaoChen Ziaiet al. Analysis and countermeasures of common malfunction of domestic : 1036

5 农村户用沼气脱硫效果现状及分析 biogas stove and biogas products [J].China Biogas odor control and waste gas treatment biotechnology:a (3): review[j].biotech. Advances200119(1): [11]. EF-2 [J] (3): [11] Zhu DongmeiNie ChengyuanDong Jinguo. Dry desulfurization of EF-2 type fine desulfurizer sulfur capacity [16]. [M]. : [16] Zhou Shaoqi. Environmental Biotechnology[M].Beijing: Science Press2003. [17] Moller PDijksterhuis G.Differential human electroderma Techniques [J]. Chemical Engineering Design responses to odours [J].Neuroscience Letters (3): (3): [12]. [18]. [J] (4): [18] Li ShunyiZhang HuaxinWang Yanet al. Multilayer [12] Liu YashiJia WenzhouXu Guomin.The cause of spontaneous combusition of iron oxide desulohurer and its of the Chinese Society of Agricultural Engineering biofilter to remove hydrogen sulfide gas[j]. Transactions counte-rmeasres [J]. Journal of Henan Urban Construction Junior College19998(4): [19] (6): [13]. [J] (10): [J] (2): [19] Liu RuijieZhang Zhihui. Emission trends and influencing factors of chinese industrial sulfur dioxide [J].Envi- [13] Hu DelongMa Fengmei. Discussion on the issue of iron oxide sorbent activity [J]. Gas & Heat (2): ronmental Pollution and Control (10): [14]. [20]. [J]. [J] (5):1-5. [14] Chen MingCui Qi. Research status and progress of corrosion mechanism and protection of Hydrogen sulfide[j]. Petroleum Engineering Construction201036(5):1-5. [15] Burgess J EParsons S AStudeta R M.Development in [J] (6): (10): [20] Chen Junhui Yin Huaqiang Liu Yongjun et al. Desulfurization reactor and its application [J]. Techniques and Equipment for Environmental Pollution Control20045(10): Research and analyse of removing sulfureted hydrogen from rural household biogas Chen Ziai Wang Chao Ding Zili Ran Yi Xi Jiang Zhang Jichuan (1.Biogas Scientific Research Institute of the Ministry of Agriculture Chengdu China; 2. The Center for Biogas Products&Equipments Quality of the Ministry of Agriculture Chengdu China) Abstract: Based on research of removing sulfureted hydrogen of 265 rural households biogas from 8 provinces andautonomous such as Sichuan Guangxi Yunnan Fujian Hainan Jiangxi Hunan Hubei provinces in this paper the use of biogas and desulfurization effect of desulfurization agent were analyzed the effects of regeneration or replacement of desulfurizing agent for broad farmer were discussed.research results showed that the majority of desulfurizing agent had no capacity for removing sulfureted hydrogen the desulfurizer of household biogas became a decoration the main reasons hindering regeneration or replacement of desulfurizing agent for the users were that lack ofthenecessityknowledge of removing sulfureted hydrogen and complexity of regeneration or replacement of desulfurizing agent. Key words: biogas; removing sulfureted hydrogen; research; analyse 1037

Microsoft Word - 793-797 tb20150504赵宏宇s-高校教改纵横.doc

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