目 录

摘要报告

一、污水处理市场规模分析
二、污水处理厂工艺分析
三、设计市场占有情况分析
四、设计院主要工艺设计分析
五、工程市场占有情况

1. 中国污水处理行业发展环境分析
1.1 宏观环境
1.2 投融资市场环境
1.3 市场环境
1.4 污水处理领域市场关注点

2. 污水处理市场规模分析
2.1 污水处理市场总体发展情况
2.1.1 污水处理项目总量统计分析
2.1.2 污水处理项目投资总额统计分析
2.1.3 污水处理项目设计规模统计分析
2.2 我国污水处理市场投资需求分析
2.3 污水处理设计的发展趋势分析
2.3.1 污水处理厂小型化、分散化
2.3.2 专家谈我国污水处理的发展方向

3. 我国污水处理厂的工艺分析
3.1 我国污水处理厂总体工艺分布
3.2 不同年代的主导工艺
3.3 不同地区的主导工艺
3.4 不同规模污水处理厂的主导工艺
3.5 不同出水标准要求的工艺选择

4. 设计市场占有情况分析
4.1 设计机构类型统计分析
4.1.1 设计机构分类
4.1.2 设计机构类型统计分析
4.2 各大设计院污水处理项目数量统计分析
4.2.1 污水处理项目总量
4.2.2 运营污水处理项目数量
4.2.3 在建污水处理项目数量
4.3 各大设计院污水处理项目投资总额统计分析
4.3.1 污水处理项目投资总额
4.3.2 运营污水处理项目投资总额
4.3.3 在建污水处理项目投资总额
4.4 各大设计院污水处理项目设计规模统计分析
4.4.1 污水处理项目设计总规模
4.4.2 运营污水处理项目设计规模
4.4.3 在建污水处理项目设计规模
4.5 不同主导工艺的设计市场
4.5.1 传统活性污泥法
4.5.2 SBR
4.5.3 氧化沟
4.5.4 A/O
4.5.5 A2/O

5. 各大设计院主要工艺设计分析
5.1 各大设计院污水处理厂的主要工艺分析
5.2 各大设计院污水处理厂的达标情况分析
5.2.1 污水处理厂总体达标情况
5.2.2 各大设计院污水处理厂达标情况

6. 工程市场占有情况分析
6.1 工程单位运营污水处理项目市场布局
6.1.1 数据说明
6.1.2 工程单位运营污水处理项目数量分析
6.1.3 工程单位运营污水处理项目规模分析
6.1.4 主要工程单位运营污水处理项目建设能力排名
6.1.5 主要工程单位运营污水处理项目投资分析
6.1.6 主要工程单位运营污水处理项目工艺分析
6.1.7 主要工程单位运营污水处理项目达标情况分析
6.2在建污水处理项目的主要工程企业市场布局
6.2.1 数据说明
6.2.2 工程单位在建污水处理项目能力分析
6.2.3 工程单位在建污水处理项目单个项目能力分析
6.2.4 各省、自治区和直辖市主要工程单位在建污水处理项目数量分析
6.2.5 各省、自治区和直辖市主要工程单位在建污水处理项目能力分析
6.3 全国主要污水处理工程单位分析
6.3.1 金州环境集团有限公司
6.3.2 同方股份有限公司水务工程公司
6.3.3 大连东达环境集团有限公司
6.3.4 天津创业环保股份有限公司 (创业环保(600874))
6.3.5 浦华环保有限公司(THUNIP)
6.3.6 北京城市排水集团有限责任公司
6.3.7 上海市城市建设投资开发总公司
6.3.8 北控水务集团有限公司(北控水务集团(00371))
6.3.9 成都市兴蓉投资有限公司
6.3.10 北京中联环工程股份有限公司

图 目 录

图 1 污水处理厂和配套管网项目数量占比
图 2 各省、自治区、直辖市污水处理项目数量分布
图 3 省、自治区、直辖市污水处理项目投资总额
图 4 各省、自治区、直辖市单个污水处理项目平均投资水平
图 5 各省、自治区和直辖市污水处理厂总设计规模
图 6 各省、自治区和直辖市污水处理厂平均设计规模
图 7 各省、自治区和直辖市配套管网项目总设计规模
图 8 历年新建污水处理厂平均设计规模变化趋势(2002-2009)
图 9 历年竣工污水处理厂平均设计规模变化趋势(2000-2009)


Content

Executive Summary

Part 1 Analysis on the Climate of China Wastewater Treatment Sector
1.1 Policy Environment
1.2 Investment and Financing
1.3 Market Environment
1.4 New Trend on China Wastewater Treatment Market

Part 2 Analysis on China Wastewater Treatment Sector
2.1 Overview of China Wastewater Treatment Sector
2.1.1 Number of Wastewater Treatment Plants (WWTPs)
2.1.2 Investment in WWTPs
2.1.3 Designed Treatment Capacities of WWTPs
2.2 Investment Demands of Wastewater Treatment Projects in China
2.3 Trends on WWTP Design
2.3.1 Scale Down and Decentralization
2.3.2 Professional Opinions on the Trends of Wastewater Treatment Methods Selection

Part 3 Analysis on Wastewater Treatment Methods in China
3.1 Overview of Wastewater Treatment Methods in China
3.2 Analysis on Treatment Methods by Periods
3.3 Analysis on Treatment Methods by Regions
3.4 Analysis on Treatment Methods by Treatment Capacities
3.5 Analysis on Treatment Methods by Discharge Standards

Part 4 Analysis on Market Share of WWTP Designing Market
4.1 Classifications of WWTP Design Agencies
4.1.1 Types of WWTP Design Agencies
4.1.2 Statistical Analysis on Classifications of WWTP Design Agencies
4.2 Number of WWTPs Designed by Major Design Agencies
4.2.1 Number of WWTPs
4.2.2 Number of Operated WWTPs
4.2.3 Number of WWTPs under Construction
4.3 Investment on WWTPs Designed by Major Design Agencies
4.3.1 Total Investment in the WWTPs
4.3.2 Investment in Operated WWTPs
4.3.3 Investment in WWTPs under Construction
4.4 Treatment Capacities of WWTPs Designed by Major Design Agencies
4.4.1 Total Treatment Capacities of WWTPs
4.4.2 Treatment Capacities of Operated WWTPs
4.4.3 Treatment Capacities of WWTPs under Construction
4.5 Major Treatment Methods Adopted by Design Agencies by Periods
4.5.1 Conventional Activated Sludge Process
4.5.2 SBR
4.5.3 Oxidation Ditch
4.5.4 A/O
4.5.5 A2/O

Part 5 Analysis on Treatment Methods by Major Design Agencies
5.1 Treatment Methods Adopted by Major Design Agencies
5.2 Discharge Standards of WWTPs by Major Design Agencies
5.2.1 Overall Discharge Standards of WWTPs
5.2.2 Discharge Standards of WWTPs by Major Design Agencies

Part 6 Analysis on Construction in China Wastewater Treatment Sector
6.1 Strategic Analysis on Engineering Enterprises in Operated WWTP Construction Market (Operated)
6.1.1. Data Illustration
6.1.2 Number of Operated WWTPs by Major Engineering Enterprises
6.1.3 Treatment Capacities of Operated WWTPs by Major Engineering Enterprises
6.1.4 Rank of Major Engineering Enterprises by Treatment Capacities
6.1.5 Investment on Operated WWTPs by Major Engineering Enterprises
6.1.6 Treatment Methods of Operated WWTPs by Major Engineering Enterprises
6.1.7 Discharge Standards of Operated WWTPs by Major Engineering Enterprises
6.2 Strategic Analysis on Engineering Enterprises in WWTP Construction Market (under Construction)
6.2.1. Data Illustration
6.2.2 Treatment Capacities of WWTPs under Construction by Major Engineering Enterprises
6.2.3 Treatment Capacities per project of WWTPs under Construction by Major Engineering Enterprises
6.2.4 Number of WWTP Constructed by Major Engineering Enterprises by Provinces, Autonomous Regions and Cities (under Construction)
6.2.5 Treatment Capacities of WWTP Constructed by Major Engineering Enterprises by Provinces, Autonomous Regions and Cities (under Construction)
6.3 Analysis on Major Engineering Enterprises
6.3.1 Golden State Environment Group Corporation (GSEGC)
6.3.2 Tsinghua Tongfang Water Engineering Co., Ltd.
6.3.3 Dongda Group Co., Ltd.
6.3.4 Capital Environmental Protection (600874)
6.3.5 Thunip Holdings
6.3.6 Beijing Drainage Group Co., Ltd (BDG)
6.3.7 Shanghai Chengtou Corpration
6.3.8 Beijing Enterprises Water Group Limited (00371)
6.3.9 Chengdu Xingrong Investment Co., Ltd
6.3.10 Beijing China-Union Engineering Co., Ltd

Content of Figures

Figure 1 Proportion of WWTPs and Drainage Pipelines
Figure 2 Number of WWTPs by Provinces, Autonomous Regions and Cities
Figure 3 Investment on WWTPs by Provinces, Autonomous Regions and Cities
Figure 4 Average Investment on WWTPs by Provinces, Autonomous Regions and Cities
Figure 5 Treatment Capacities of WWTPs by Provinces, Autonomous Regions and Cities
Figure 6 Average Treatment Capacities of WWTPs by Provinces, Autonomous Regions and Cities
Figure 7 Treatment Capacities of Drainage Pipelines by Provinces, Autonomous Regions and Cities
Figure 8 Annual Growth Rates of Average Treatment Capacities of WWTPs under Construction (2002-2009)
Figure 9 Annual Growth Rates of Average Treatment Capacities of Operated WWTPs (2000-2009)
Figure 10 Growth Rates of Number of WWTPs under Construction by Provinces and Cities
Figure 11 Growth Rates of Number of Operated WWTPs by Provinces and Citie

Figure 12 Treatment Methods Adopted by WWTPs Nationwide
Figure 13 Comparisons on Treatment Methods Adopted by WWTPs Operated and under Construction

图 10 历年新建污水处理厂分布省份、城市数量变化趋势(2001-2008)
图 11 历年竣工污水处理厂分布省份、城市数量变化趋势(1996-2008)
图 12 我国污水处理厂主要工艺分布
图 13 在建和运营污水处理厂工艺分布对比
图 14 不同竣工时间污水处理厂主要工艺分布
图 15 不同年代竣工的污水处理厂主要工艺分布(1981-1990)
图 16 不同年代竣工的污水处理厂主要工艺分布(1991-2000)
图 17 不同年代竣工的污水处理厂主要工艺分布(2001-2009)
图 18 八大经济区污水处理厂主要工艺分布
图 19 日处理规模≤1万吨污水处理厂的主流工艺
图 20 1万吨<日处理规模≤3万吨污水处理厂的主流工艺
图 21 3万吨<日处理规模≤10万吨污水处理厂的主流工艺
图 22 日处理规模>10万吨污水处理厂的主流工艺
图 23 主流工艺与污水处理厂设计规模的相关性
图 24 出水标准一级A的污水处理厂工艺选择
图 25 出水标准一级B的污水处理厂工艺选择
图 26 出水标准二级的污水处理厂工艺选择
图 27 出水标准三级的污水处理厂工艺选择
图 28 主流工艺与污水处理厂出水标准的相关性
图 29 污水处理市场各类设计机构的数量占比
图 30 各类设计机构承接项目的数量占比
图 31 各大设计院承接污水处理项目数量统计
图 32 各大设计院承接污水处理项目数量占比
图 33 各大设计院承接污水处理项目(运营部分)数量统计
图 34 各大设计院承接污水处理项目(在建部分)数量统计
图 35 各大设计院承接污水处理项目投资总额统计
图 36 各大设计院承接污水处理项目投资总额市场占比
图 37 各大设计院承接污水处理项目平均投资额
图 38 各大设计院承接污水处理项目(运营部分)投资总额统计
图 39 各大设计院承接污水处理项目(运营部分)平均投资规模统计
图 40 各大设计院承接污水处理项目(在建部分)投资总额统计
图 41 各大设计院承接污水处理项目(在建部分)平均投资规模统计
图 42 各大设计院承接污水处理厂项目设计总规模统计
图 43 各大设计院承接污水处理项目设计规模市场占比
图 44 各大设计院承接污水处理厂项目平均设计规模统计
图 45 各大设计院承接污水处理项目(运营部分)设计总规模统计
图 46 各大设计院承接污水处理厂项目(运营部分)平均设计规模统计
图 47 各大设计院承接污水处理项目(在建部分)设计总规模统计
图 48 各大设计院承接污水处理厂项目(运营部分)平均设计规模统计
图 49 各大设计院在传统活性污泥法细分市场的占比
图 50 各大设计院在SBR细分市场的占比
图 51 各大设计院在氧化沟细分市场的占比
图 52 各大设计院在A/O细分市场的占比
图 53 各大设计院在A2/O细分市场的占比
图 54 各大设计院对污水处理主流工艺的选择情况
图 55 污水处理厂总体达标情况
图 56 各大设计院污水处理厂达标情况
图 57 工程单位污水处理项目数量占比(已运营)
图 58 工程单位污水处理项目能力占比(已运营)
图 59 主要工程单位污水处理项目规模分布(已运营)
图 60 主要工程单位污水处理项目投资规模分布(已运营)
图 61 主要工程单位污水处理项目单个投资规模分布(已运营)
图 62 主要工程单位采用污水处理工艺总体情况(已运营，按工艺大类分)
图 63 主要工程单位采用污水处理工艺总体情况(已运营，按工艺小类分)
图 64 主要工程单位采用污水处理工艺分布(已运营，按工艺小类分)
图 65 主要工程单位污水处理项目达标总体情况(已运营)
图 66 主要工程单位污水处理项目达标情况分布(已运营)
图 67 主要工程单位污水处理项目采用工艺与达标情况对比(已运营)
图 68 金州环境集团股份有限公司组织架构
图 69 北京建工金源环保发展有限公司业务领域
图 70 大连东大环境集团组织架构
图 71 创业环保股份有限公司组织架构
图 72 2008创业环保股份有限公司营业收入结构
图 73 浦华控股有限公司组织架构
图 74 北京城市排水集团有限责任公司组织架构
图 75 成都市兴蓉投资有限公司组织架构
图 76 北京中联环工程有限公司组织架构

表 目 录

表 1 各工程单位归属关系划分(一)
表 2 工程单位名称列表
表 3 主要工程单位污水处理建设能力排名(已运营)
表 4 主要工程单位污水处理项目单个投资规模列表
表 5 各工程单位归属关系划分(二)
表 6 主要工程单位污水处理建设能力排名(在建)
表 7 主要工程单位污水处理单个项目建设能力排名(在建)
表 8 各省、自治区和直辖市污水处理工程市场建设主体项目数量排名(在建)
表 9 各省、自治区和直辖市污水处理工程市场建设主体项目能力排名(在建)
表 10 金州环境集团有限公司承接部分污水处理项目情况
表 11 同方股份有限公司水务工程公司承接部分水务项目情况
表 12 东达环境集团承接部分水务项目情况
表 13 天津创业环保股份有限公司承接部分水务项目情况
表 14 浦华控股投资承接部分水务项目情况
表 15 北京排水集团承接部分水务项目情况
表 16 上海城投承接部分水务项目情况
表 17 北控水务集团中国各地区市场占有情况
表 18 北控水务集团承接部分水务项目情况
表 19 兴蓉投资承接部分水务项目信息
表 20 中联环工程承接部分水务项目情况

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Figure 14 Treatment Methods by Periods
Figure 15 Treatment Methods of Operated WWTPs by Periods (1981-1990)
Figure 16 Treatment Methods of Operated WWTPs by Periods (1991-2000)
Figure 17 Treatment Methods of Operated WWTPs by Periods (2001-2009)
Figure 18 Treatment Methods by Economic Regions
Figure 19 Treatment Methods Adopted by WWTPs with Treatment Capacities under 10,000 Tons per Day
Figure 20 Treatment Methods Adopted by WWTPs with Treatment Capacities between 10,000 and 30,000 Tons per Day
Figure 21 Treatment Methods Adopted by WWTPs with Treatment Capacities between 30,000 and 100,000 Tons per Day
Figure 22 Treatment Methods Adopted by WWTPs with Treatment Capacities over 100,000 Tons per Day
Figure 23 Correlation between Treatment Methods and Designed Treatment Capacities
Figure 24 Treatment Methods Adopted by WWTPs Reaching Grade 1A Discharge Standard
Figure 25 Treatment Methods Adopted by WWTPs Reaching Grade 1B Discharge Standard
Figure 26 Treatment Methods Adopted by WWTPs Reaching Grade 2 Discharge Standard
Figure 27 Treatment Methods Adopted by WWTPs Reaching Grade 3 Discharge Standard
Figure 28 Correlation between Treatment Methods and Discharge Standards
Figure 29 Proportions of WWTP Design Agencies by Type
Figure 30 Market Shares of Design Agencies by Number of Projects
Figure 31 Number of WWTPs Taken by Design Agencies
Figure 32 Market Shares of Design Agencies by Number of WWTPs
Figure 33 Number of Operated WWTPs Taken by Design Agencies
Figure 34 Number of WWTPs under Construction Taken by Design Agencies
Figure 35 Investment on WWTPs by Design Agencies
Figure 36 Market Share of Investment on WWTPs by Design Agencies
Figure 37 Average Investment on WWTPs by Design Agencies
Figure 38 Investment on Operated WWTPs by Design Agencies
Figure 39 Average Investment on Operated WWTPs by Design Agencies
Figure 40 Investment on WWTPs under Construction by Design Agencies
Figure 41 Average Investment on WWTPs under Construction by Design Agencies
Figure 42 Designed Treatment Capacities of WWTPs by Design Agencies
Figure 43 Market Shares of Treatment Capacities of WWTPs by Design Agencies
Figure 44 Average Treatment Capacities of WWTPs by Design Agencies
Figure 45 Designed Treatment Capacities of Operated WWTPs by Design Agencies
Figure 46 Average Treatment Capacities of Operated WWTPs by Design Agencies
Figure 47 Designed Treatment Capacities of WWTPs under Construction by Design Agencies
Figure 48 Average Treatment Capacities of WWTPs under Construction by Design Agencies
Figure 49 Market Shares of Design Agencies in Conventional Activated Sludge Market
Figure 50 Market Shares of Design Agencies in SBR Market
Figure 51 Market Shares of Design Agencies in Oxidation Ditch Market
Figure 52 Market Shares of Design Agencies in A/O Market
Figure 53 Market Shares of Design Agencies in A2/O Market
Figure 54 Treatment Methods Adopted by Design Agencies
Figure 55 Overall Discharge Standards Reached by WWTPs
Figure 56 Discharge Standards of WWTPs by Design Agencies
Figure 57 Proportion of Number of Operated WWTPs by Engineering Enterprises
Figure 58 Proportions of Treatment Capacities of Operated WWTPs by Engineering Enterprises
Figure 59 Treatment Capacities of Operated WWTPs by Engineering Enterprises
Figure 60 Investment on Operated WWTPs by Engineering Enterprises
Figure 61 Average Investment on Operated WWTPs by Engineering Enterprises
Figure 62 Treatment Methods Adopted by Operated WWTPs (I)
Figure 63 Proportions of Treatment Methods Adopted by Operated WWTPs (II)
Figure 64 Treatment Methods Adopted by Operated WWTPs by Engineering Enterprises
Figure 65 Proportion of Operated WWTPs by Discharge Standards Reached
Figure 66 Discharge Standards Reached by Operated WWTPs by Engineering Enterprises
Figure 67 Comparisons between Treatment Methods and Discharge Standards

Content of Tables

Table 1 Classifications of Engineering Enterprises (I)
Table 2 List of Engineering Enterprises
Table 3 Rank of Engineering Enterprises by Treatment Capacities (for Operated WWTPs)
Table 4 Average Investment of Operated WWTPs by Engineering Enterprises
Table 5 Classifications of Engineering Enterprises (II)
Table 6 Rank of Engineering Enterprises by Treatment Capacities of WWTPs under Construction
Table 7 Rank of Engineering Enterprises by Average Treatment Capacities of WWTPs under Construction
Table 8 Rank of Engineering Enterprises by Number of WWTPs under Construction (by Provinces and Cities)
Table 9 Rank of Engineering Enterprises by Treatment Capacities of WWTPs under Construction (by Provinces and Cities)
Table 10 List of WWTPs Taken by Golden State Environment Group Corporation (GSEGC)
Table 11 List of WWTPs Taken by Tsinghua Tongfang Water Engineering Co., Ltd
Table 12 List of WWTPs Taken by Dongda Group Co., Ltd
Table 13 List of WWTPs Taken by Capital Environmental Protection
Table 14 List of WWTPs Taken by Thunip Holdings
Table 15 List of WWTPs Taken by Beijing Drainage Group Co., Ltd (BDG)
Table 16 List of WWTPs Taken by Shanghai Chengtou Corpration
Table 17 Market Share Beijing Enterprises Water Group Limited by Regions
Table 18 Beijing Enterprises Water Group Limited
Table 19 List of WWTPs Taken by Chengdu Xingrong Investment Co., Ltd
Table 20 List of WWTPs Taken by Beijing China-Union Engineering Co., Ltd