图20、已投入运营与在建中城镇污水处理厂污泥脱水方式总体情况分析图
图21、已运营城镇污水处理厂污泥脱水方式分析图
图22、每年投运城镇污水处理厂污泥脱水方式发展趋势图(2001—2010.5)
图23、在建中城镇污水处理厂污泥脱水方式分析图
图24、每年开建城镇污水处理厂污泥脱水方式发展趋势图(2001—2010.5) 图 25省、(自治区、直辖市)运营及在建城镇污水处理厂污泥脱水方式总体情况分析图 52
图26、省(自治区、直辖市)运营城镇污水处理厂污泥脱水方式分析图
图27、省(自治区、直辖市)在建城镇污水处理厂污泥脱水方式分析图
图28、重点城市运营及在建城市污水处理厂污泥脱水方式总体情况分析图
图29、重点城市运营城市污水处理厂污泥脱水方式分析图
图30、重点城市在建城市污水处理厂污泥脱水方式分析图
图31、好氧发酵基本工艺流程图
图32、东莞污泥水热干化示范项目工艺流程
图33、温州市污泥集中干化焚烧项目工艺流程图
图34、已投入运营与在建中城镇污水处理厂污泥处置方式总体情况分析图
图35、已运营城镇污水处理厂污泥处置方式分析图
图36、每年投运城镇污水处理厂污泥处置方式发展趋势图(2001—2010.5)
图37、在建中城镇污水处理厂污泥处置方式分析图
图38、每年开建城镇污水处理厂污泥处置方式发展趋势图(2001—2010.5)
图39、省(自治区、直辖市)运营及在建城镇污水处理厂污泥处置方式总体情况分析图
图40、省(自治区、直辖市)运营城镇污水处理厂污泥处置方式分析图
图41、省(自治区、直辖市)在建城镇污水处理厂污泥处置方式分析图
图42、重点城市运营及在建污水处理厂污泥处置方式总体情况分析图
图43、重点城市运营城市污水处理厂污泥处置方式分析图
图44、重点城市在建城市污水处理厂污泥处置方式分析图
图45、大连东泰夏家河污泥处理厂污泥处置工艺路线图
图46、“十一五”规划中对污水处理投资的要求
图47、我国城市市政公用设施建设固定资产投资资金来源分析图
图48、干馏法处理污泥技术的工艺流程
图49、北京机电院污泥水热干化处理系统工艺图

表目录
表1、不同种类的污泥营养物质含量范围(%)
表2、污泥燃烧热值表
表3、污泥处理处置相关标准(一)
表4、污泥处理处置相关标准(二)
表5、城市污水处理厂干污泥产生量与处置量（2006-2008年）
表6、《浙江省污水处理设施污泥处置工作实施意见》内容概要
表7、江苏省《关于推进全省污水处理厂污泥无害化处置工作的通知》内容概要
表8、《深圳市污泥处置布局规划(2006-2020)》内容概要
表9、《上海市城镇排水污泥处理处置规划》内容概要
表10、《重庆市城市污水处理厂污泥处理处置规划方案》内容概要
表11、主要污泥浓缩工艺优、劣势对比分析表
表12、厌氧消化与好氧消化优、缺点对比分析表
表13、三类新型污泥脱水机对比表
表14、部分主要污泥焚烧发电项目详细信息表
表15、大连东泰夏家河污泥处理厂实际运行结果数据表
表16、运营与在建污泥处理厂详细信息表
表17、《关于支持循环经济发展的投融资政策措施意见的通知》概要
表18、渝水环保公司部分污泥处理项目情况
表19、干馏法处理污泥费用分析表
表20、新加坡亚同水务有限公司部分污泥处理项目情况
表21、佛山市水业集团部分污泥处理项目情况
表22、中法水务投资有限公司部分污泥处理项目情况
表23、威立雅水务工程公司部分污泥处理项目情况
表24、厦门水务集团有限公司部分污泥处理项目情况
表25、山西沃土生物有限公司部分污泥处理项目情况
表26、金坛市新利环保生物科技有限公司部分污泥处理项目情况
表27、机科发展科技股份有限公司环境与生态工程事业部部分污泥处理项目情况
表28、北京健坤伟华新能源科技有限公司部分污泥处理项目情况
表29、南京泰联自动化工程技术有限公司部分污泥处理项目情况
表30、北京中科博联环境工程有限公司部分技术应用项目情况
表31、绍兴市中环再生能源发展有限公司部分污泥项目情况
表32、北京机电院高技术股份有限公司工艺应用部分污泥项目情况
表33、北京市奥利爱得科技发展有限公司部分污泥项目情况
表34、北京金州工程有限公司技术应用部分污泥项目情况
表35、上海城环水务运营有限公司部分污泥项目情况
表36、杭州新源环境工程有限公司部分污泥处理处置项目情况
表37、苏州格瑞特部分污泥处理处置项目情况

专栏目录
专栏 1：武汉三金潭污水处理厂污泥厌氧消化工程
专栏 2：青岛市麦岛污水处理厂污泥处理处置工程
专栏 3：青岛市海泊河污水处理厂污泥处理处置工程
专栏 4：北京高碑店污水处理厂污泥消化工程
专栏 5：北京大兴庞各庄污泥处理工程
专栏 6：唐山西郊污水处理厂污泥发酵项目
专栏 7：荷兰的SNB污泥干化焚烧厂
专栏 8：北京方庄污水处理厂增钙干化污泥示范工程
专栏 9：北京高碑店污水处理厂污泥热干化工程
专栏 10：广东东莞污泥水热干化示范项目
专栏 11：北京市清河污水处理厂污泥干化工程
专栏 12：上海石洞口污水处理厂污泥干化焚烧项目
专栏 13：温州市污泥集中干化焚烧项目 (在建中)
专栏 14：天津纪庄子污泥制肥
专栏 15：徐州污水处理厂有机复混肥研制与工程
专栏 16：北京排水集团大兴污泥堆肥厂
专栏 17：厦门同安污泥制肥厂
专栏 18：南京协鑫生活污泥焚烧发电项目
专栏 19：山东胶南污泥焚烧发电项目
专栏 20：垃圾和污泥混烧发电项目
专栏 21：广州越堡水泥厂污泥处置项目
专栏 22：北京城市污水厂污泥处置工程——制水泥
专栏 23：大连东泰夏家河污泥处理厂
专栏 24：秦皇岛绿港污泥处理厂

Figure 15 Sludge Thickening Methods used by WWTPs Operated
Figure 16 Sludge Thickening Methods used by WWTPs under Construction
Figure 17 Sludge Digestion of Haibo River WWTP
Figure 18 Sludge Digestion and Fermentation Methods of Urban WWTPs Operated
Figure 19 Sludge Digestion and Fermentation Methods of Urban WWTPs under Construction
Figure 20 Sludge Dehydration Methods of Urban WWTPs Operated and under Construction
Figure 21 Sludge Dehydration Methods of Urban WWTPs Operated
Figure 22 Trends of Sludge Dehydration Methods by Year
Figure 9 Number of WWTPs Constructed (1980-2010)
Figure 10 Changes in Treatment Capacities of WWTPs (1980-2010)
Figure 11 Amount of Sludge Produced and Treated and Treatment Rate by Provinces, Autonomous Districts and Cities
Figure 12 Amount of Sludge Produced and Treated and Treatment Rate by 36 Major Cities
Figure 13 Sewage Sludge Produced by Urban WWTPs by Provinces, Autonomous Districts and Cities
Figure 14 Sewage Sludge Produced by Urban WWTPs Operated and under Construction by 36 Major Cities
Figure 15 Sludge Thickening Methods used by WWTPs Operated
Figure 16 Sludge Thickening Methods used by WWTPs under Construction
Figure 17 Sludge Digestion of Haibo River WWTP
Figure 18 Sludge Digestion and Fermentation Methods of Urban WWTPs Operated
Figure 19 Sludge Digestion and Fermentation Methods of Urban WWTPs under Construction
Figure 20 Sludge Dehydration Methods of Urban WWTPs Operated and under Construction
Figure 21 Sludge Dehydration Methods of Urban WWTPs Operated
Figure 22 Trends of Sludge Dehydration Methods by Year
Figure 23 Sludge Dehydration Methods of Urban WWTPs under Construction
Figure 24 Trends of Sludge Dehydration Methods of Urban WWTPs under Construction by Year
Figure 25 Sludge Dehydration Methods of Urban WWTPs Operated and under Construction by Provinces, Autonomous Districts and Cities
Figure 26 Sludge Dehydration Methods of Urban WWTPs Operated by Provinces, Autonomous Districts and Cities
Figure 27 Sludge Dehydration Methods of Urban WWTPs under Construction by Provinces, Autonomous Districts and Cities
Figure 28 Sludge Dehydration Methods of Urban WWTPs Operated and under Construction by 36 Major Cities
Figure 29 Sludge Dehydration Methods of Urban WWTPs Operated by 36 Major Cities
Figure 30 Sludge Dehydration Methods of Urban WWTPs under Construction by 36 Major Cities
Figure 31 Aerobic Fermentation Process
Figure 32 Procedure of Dongguan Sludge Treatment Project
Figure 33 Procedure of Wenzhou Sludge Treatment Project
Figure 34 Sludge Treatment Methods of Urban WWTPs Operated and under Construction
Figure 35 Sludge Treatment Methods of Urban WWTPs Operated
Figure 36 Sludge Treatment Methods of Urban WWTPs Put into Operation by Year
Figure 37 Sludge Treatment Methods of Urban WWTPs under Construction
Figure 38 Sludge Treatment Methods of Urban WWTPs beginning Constructed by Year
Figure 39 Sludge Treatment Methods of Urban WWTPs Operated and under Construction by Provinces, Autonomous Districts and Cities
Figure 40 Sludge Treatment Methods of Urban WWTPs Operated by Provinces, Autonomous Districts and Cities
Figure 41 Sludge Treatment Methods of Urban WWTPs under Construction by Provinces, Autonomous Districts and Cities
Figure 42 Sludge Treatment Methods of Urban WWTPs Operated and under Construction by 36 Major Cities
Figure 43 Sludge Treatment Methods of Urban WWTPs Operated by 36 Major Cities
Figure 44 Sludge Treatment Methods of Urban WWTPs under Construction by 36 Major Cities
Figure 45 Procedure of Dalian Dontai Sludge Treatment Project
Figure 46 Requirements for Sludge Treatment in the 11th Five-year Plan
Figure 47 Resources of Funds of Municipal Public Utility Construction
Figure 48 Procedure of Sludge Distillation
Figure 49 Procedure of Thermal Drying of Sludge of BMEI Co., Ltd

Content of Tables
Table 1 Amount of Nutrients in Sludge by Type
Table 2 Heat Values of Sludge
Table 3 Standards of Sludge Treatment Disposal and Treatment (I)
Table 4 Standards of Sludge Treatment Disposal and Treatment (II)
Table 5 Sludge Produced and Disposed by Urban WWTPs (2006-2008)
Table 6-Table 10 Local Polices on Sludge Disposal and Treatment
Table 11 Comparisons among Major Sludge Condensing Methods
Table 12 Comparisons between Aerobic and Anaerobic Sludge Digestion
Table 13 Comparisons among 3 New Types of Sludge Dehydrators
Table 14 List of Major Sludge Incineration Projects
Table 15 Operation Results of Dalian Dongtai Sludge Disposal and Treatment Plant
Table 16 List of Sludge Disposal and Treatment Plants
Table 17 Policies on Investment and Financing
Table 18、20-37 Lists of Sludge Disposal and Treatment Projects of Major Enterprises
Table 19 Sludge Treatment Fee of Sludge Distillation Method

Report on Sludge Disposal and Treatment Market in China (2010)
Introduction
　　The wastewater treatment industry has experienced rapid development in China during the period of the 11th five-year plan. According to the statistics by ChinaWater.Net, nearly 80% of the sludge produced by wastewater treatment plants were not disposed and treated properly, which caused serious pollution.
　　In the 12th five-year plan, the sludge disposal and treatment will become one of the key fields that will receive great attention. In other words, it is of great potential to invest in the sludge disposal and treatment industry. The Suez Environment won its first sludge treatment project in Chongqing in 2007，followed by Great Research & Industrialization which established its career in Suzhou in 2009. Competition in the market has become stronger and stronger.
　　Under this background, the Chinawater.Net /China Solid Waste.Net brought out “Report on Sludge Disposal and Treatment in China (2010)” (“the Repor”t below) which aims at providing profound and systematical analysis on the sludge disposal and treatment market in China. As the only professional report regarding sludge disposal and treatment industry in the market, the Report provides profound analysis on the macro-economic environment, policies on environmental industry and sludge treatment industry, engaging in finding opportunities and risks in the industry. The status quo and future development of sludge disposal and treatment industry are discussed, by studying the investment and financing, major indices, development of sludge treatment methods and etc. By interviewing the professionals in the industry and analyzing typical sludge treatment and disposal projects, hot issues and questions regarding the whole industry are discussed and answered with great detail.