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市場調查報告書

來自下水污泥的發電：發電技術・污泥管理・規範・主要國家趨勢的分析 - 2020年為止

Power Generation from Wastewater Treatment Sludge - Power Generation, Sludge Management, Regulations and Key Country Analysis to 2020

出版商 GlobalData
出版日期 2011年06月 商品編碼 200541
內容資訊 英文 Pages: 115
價格
US $ 3500 PDF by E-mail (Single user license)
US $ 7000 PDF by E-mail (Site license)
US $ 10500 PDF by E-mail (Global license)


來自下水污泥的發電：發電技術・污泥管理・規範・主要國家趨勢的分析 - 2020年為止 是由出版商GlobalData在2011年06月所出版的。 這份英文市場調查報告書包含Pages: 115 價格從美金3500起跳。

簡介

本報告書內容包括:來自下水污泥的發電方法之相關、全球各國的最新技術・市場趨勢的分析、全球整體及主要國家的污泥發生量・一次能源生成量・發電量的實績值及預測値(2005-2020年)起、至污泥管理方法的現況、發電用機器的種類・企業佔有率、主要國家的使用促進政策的詳細資訊、內容綱要摘記如下:

第1章　目的

第2章　下水污泥：技術的概要

  • 概要
  • 下水處理的方法
  • 下水污泥的管理方法
  • 下水污泥的發電成本分析
  • 分析的概要

第3章　全球的下水污泥發電市場：2005-2020年

  • 概要
  • 市場促進因素
  • 市場抑制因素
  • 一次能源生成：2005-2020年（單位：石油換算千噸）
  • 發電量：2005-2020年（單位：GWh）

第4章　日本的下水污泥發電市場：2005-2020年

  • 概要
  • 污泥生成量：2005-2020年（單位：100萬kg）
  • 污泥管理方法：2010年（單位：％）
  • 一次能源生成：2005-2020年
  • 發電量：2005-2020年（單位：GWh）
  • 原動機的佔有率：2010年（單位：％）
  • 各種設備供應商的市場佔有率：2010年（單位：％）
  • 規範架構和主要政策
    • 生質能・日本總合策略
    • 生質能和其他能源的高效率運轉技術的開發
    • 地區的生質能熱利用實地試驗計畫
    • 地區性系統化生質能能源的試驗

第5章　澳洲的下水污泥發電市場：2005-2020年

  • 概要
  • 污泥生成量：2005-2020年（單位：100萬kg）
  • 污泥管理方法：2010年（單位：％）
  • 一次能源生成：2005-2020年
  • 發電量：2005-2020年（單位：GWh）
  • 原動機的佔有率：2010年（單位：％）
  • 規範架構和主要政策
    • 維多利亞市(Victoria)的可回收能源固定價格收購制度

第6章　美國的下水污泥發電市場：2005-2020年

  • 概要
  • 污泥生成量：2005-2020年（單位：100萬kg）
  • 污泥管理方法：2010年（單位：％）
  • 一次能源生成：2005-2020年
  • 發電量：2005-2020年（單位：GWh）
  • 原動機的佔有率：2010年（單位：％）
  • 規範架構和主要政策
    • 美國再利用・再投資法(ARRA: The American Recovery and Reinvestment Act)
    • 回收能源的生產對稅額扣除(PTC)
    • 事業用能源稅額扣除
    • 生質能研究開發法(The Biomass Research and Development Act of 2000)
    • 健全森林回復法(The Healthy Forests Restoration Act of 2003)

第7章　法國的下水污泥發電市場：2005-2020年

  • 概要
  • 污泥生成量：2005-2020年（單位：100萬kg）
  • 污泥管理方法：2010年（單位：％）
  • 一次能源生成：2005-2020年
  • 發電量：2005-2020年（單位：GWh）
  • 原動機的佔有率：2010年（單位：％）
  • 規範架構和主要政策
    • 薪能源開發計畫(1994-1999)
    • 薪能源開發計畫(2000-2006)
    • 薪能源開發計畫(2007-2010)
    • 可回收能源固定價格收購制度
    • 生質能稅額扣除

第8章　德國的下水污泥發電市場：2005-2020年

  • 概要
  • 污泥生成量：2005-2020年（單位：100萬kg）
  • 污泥管理方法：2010年（單位：％）
  • 一次能源生成：2005-2020年
  • 發電量：2005-2020年（單位：GWh）
  • 原動機的佔有率：2010年（單位：％）
  • 規範架構和主要政策
    • 生質能發電的規範
    • EU的生質能・行動・計畫
    • 可回收能源法(EEG)為基礎的生質能報酬：2009-2010年

第9章　波蘭的下水污泥發電市場：2005-2020年

  • 概要
  • 污泥生成量：2005-2020年（單位：100萬kg）
  • 污泥管理方法：2010年（單位：％）
  • 一次能源生成：2005-2020年
  • 發電量：2005-2020年（單位：GWh）
  • 原動機的各種類市場佔有率：2010年（單位：％）
  • 各種設備供應商的市場佔有率：2010年（單位：％）
  • 規範架構和主要政策
    • 環境保護・水管理的國家基金（環保基金）
    • 消費稅的免除
    • 分配系統／綠色證書
    • 環保基金的借出・補助金

第10章　荷蘭的下水污泥發電市場：2005-2020年

  • 概要
  • 污泥生成量：2005-2020年（單位：100萬kg）
  • 污泥管理方法：2010年（單位：％）
  • 一次能源生成：2005-2020年
  • 發電量：2005-2020年（單位：GWh）
  • 原動機的佔有率：2010年（單位：％）
  • 規範架構和主要政策
    • MEP(Milieukwaliteit van de Elektriciteitsproductie)：發電的環境品質
    • 可持續能源生產的獎勵・方案
    • SDE(stimulering duurzame energie)：可持續能源促進方案

第11章　英國的下水污泥發電市場：2005-2020年

  • 概要
  • 污泥生成量：2005-2020年（單位：100萬kg）
  • 污泥管理方法：2010年（單位：％）
  • 一次能源生成：2005-2020年
  • 發電量：2005-2020年（單位：GWh）
  • 原動機的佔有率：2010年（單位：％）
  • 規範架構和主要政策
    • 可回收能源義務化法案(The Renewable Obligation Order 2009)：可回收資源的附加等級
    • 低碳建設計畫：第2階段
    • 生質能・工作隊
    • 生物能源資本輔助方案(BECGS)

第12章　附錄

圖表一覽

目錄

Abstract

Power Generation from Wastewater Treatment Sludge - Power Generation, Sludge Management, Regulations and Key Country Analysis to 2020

Summary

“Power Generation from Wastewater Treatment Sludge - Power Generation, Sludge Management, Regulations and Key Country Analysis to 2020” is the latest report from GlobalData, the industry analysis specialists that offer comprehensive information on the trends in major markets such as the US, Germany, the UK, Japan, China, France, the Netherlands and Canada.

The report provides in depth analysis of management of wastewater sludge in key countries and provides forecast for energy and power generation up to 2020. The research analyzes the growth drivers and key restraints of the wastewater treatment sludge market. Furthermore, the report details major policies influencing the market for power generation from wastewater treatment sludge in the major markets.

The report is built using data and information sourced from proprietary databases, primary and secondary research and in-house analysis by Global Data’s Team of industry experts.

Scope

• The report covers detailed qualitative analysis of the wastewater treatment sludge market
• The report also provides energy generation trends from wastewater sludge in major markets
• The report covers power generation trends from the wastewater treatment sludge up to 2020 at global and country levels.
• The report provides a detailed analysis of present sludge management scenario and emerging trends at the global and national levels

Reasons to buy

The report will enhance your decision making capability in a more rapid and time sensitive manner. It will allow you to -

• Identify key growth and investment opportunities in the power generation from wastewater treatment sludge market
• Position yourself to gain the maximum advantage of the industry’s growth potential by developing strategies based on the latest operational and regulatory events
• Develop strategies based on the latest operational and regulatory events

Companies Mentioned

No companies mentioned is available for this product.

Table of Contents

1 Table of contents
1 Table of contents
1.1 List of Tables
1.2 List of Figures
2 Introduction to Wastewater Treatment (WWT) Sludge - Technological Overview
2.1 Overview
2.2 WWT Methods
2.2.1 Methods of Removing Contaminants from Wastewater
2.2.2 Wastewater Treatment Stages
2.3 Management of WWT Sludge
2.4 WWT Sludge Power Generation Cost Analysis
2.5 Report Guidance
3 WWT Sludge Power Generation Market, Global, 2005-2020
3.1 WWT Sludge Power Generation Market, Global, Overview
3.2 WWT Sludge Power Generation Market, Global, Market Drivers
3.2.1 Rigorous Regulations on Industrial and Municipal Wastewater Disposal
3.2.2 Population Growth and Increasing Urbanization
3.3 WWT Sludge Power Generation Market, Global, Market Restraints
3.3.1 High Installation and Operational Costs
3.3.2 Global Economic Crisis
3.4 WWT Sludge Power Generation Market, Global, Primary Energy Generation, ktoe, 2005-2020
3.5 WWT Sludge Power Generation Market, Global, Power Generation, GWh, 2005-2020
4 WWT Sludge Power Generation Market, Key Country Analysis Japan: 2005-2020
4.1 WWT Sludge Power Generation Market, Japan, Overview
4.2 WWT Sludge Power Generation Market, Japan, Sludge Generation, Million kg, 2005-2020
4.3 WWT Sludge Power Generation Market, Japan, Sludge Management, %, 2010
4.4 WWT Sludge Power Generation Market, Japan, Primary Energy Generation, 2005-2020
4.5 WWT Sludge Power Generation Market, Japan, Power Generation, GWh, 2005-2020
4.6 WWT Sludge Power Generation Market, Japan, Market Share by Prime Movers, %, 2010
4.7 WWT Sludge Power Generation Market, Japan, Market Share by Equipment Suppliers, %, 2010
4.8 WWT Sludge Power Generation Market, Japan, Regulatory Framework, Major Policies
4.8.1 Biomass Nippon Strategy
4.8.2 Development of Technology for High-Efficiency Conversion of Biomass and Other Energy
4.8.3 Local Biomass Heat Utilization Field Test Project
4.8.4 Tests for Locally Systemized Biomass Energy
5 WWT Sludge Power Generation Market, Key Country Analysis, Australia: 2005-2020
5.1 WWT Sludge Power Generation Market, Australia, Overview
5.2 WWT Sludge Power Generation Market, Australia, Sludge Generation, Million kg, 2005-2020
5.3 WWT Sludge Power Generation Market, Australia, Sludge Management, %, 2010
5.4 WWT Sludge Power Generation Market, Australia, Primary Energy Generation, 2005-2020
5.5 WWT Sludge Power Generation Market, Australia, Power Generation, GWh, 2005-2020
5.6 WWT Sludge Power Generation Market, Australia, Prime Movers Share, %, 2010
5.7 WWT Sludge Power Generation Market, Australia, Regulatory Framework, Major Policies
5.7.1 Victoria Feed-In Tariff
6 WWT Sludge Power Generation Market, Key Country Analysis, The US: 2005-2020
6.1 WWT Sludge Power Generation Market, The US, Overview
6.2 WWT Sludge Power Generation Market, The US, Sludge Generation, Million kg, 2005-2020
6.3 WWT Sludge Power Generation Market, the US, Sludge Management, %, 2010
6.4 WWT Sludge Power Generation Market, The US, Primary Energy Generation, 2005-2020
6.5 WWT Sludge Power Generation Market, The US, Power Generation, GWh, 2005-2020
6.6 WWT Sludge Power Generation Market, The US, Prime Movers Share, %, 2010
6.7 WWT Sludge Power Generation Market, The US, Regulatory Framework, Major Policies
6.7.1 The American Recovery and Reinvestment Act (ARRA)
6.7.2 Renewable Electricity Production Tax Credit (PTC)
6.7.3 Business Energy Tax Credit
6.7.4 The Biomass Research and Development Act of 2000
6.7.5 The Healthy Forests Restoration Act of 2003
7 WWT Sludge Power Generation Market, Key Country Analysis, France: 2005-2020
7.1 WWT Sludge Power Generation Market, France, Overview
7.2 WWT Sludge Power Generation Market, France, Sludge Generation, Million kg, 2005-2020
7.3 WWT Sludge Power Generation Market, France, Sludge Management, %, 2010
7.4 WWT Sludge Power Generation Market, France, Primary Energy Generation, 2005-2020
7.5 WWT Sludge Power Generation Market, France, Power Generation, GWh, 2005-2020
7.6 WWT Sludge Power Generation Market, France, Prime Movers Share, %, 2010
7.7 WWT Sludge Power Generation Market, France, Regulatory Framework, Major Policies
7.7.1 France, The Wood Energy Development Plan (1994-1999)
7.7.2 France, The Wood Energy Program 2000 - 2006
7.7.3 France, The Wood Energy Program 2007 - 2010
7.7.4 France Biomass, Electricity Feed-In-Tariffs
7.7.5 France, Biomass Tax Credit
8 WWT Sludge Power Generation Market, Key Country Analysis, Germany: 2005-2020
8.1 WWT Sludge Power Generation Market, Germany, Overview
8.2 WWT Sludge Power Generation Market, Germany, Sludge Generation, Million kg, 2005-2020
8.3 WWT Sludge Power Generation Market, Germany, Sludge Management, %, 2010
8.4 WWT Sludge Power Generation Market, Germany, Primary Energy Generation, 2005-2020
8.5 WWT Sludge Power Generation Market, Germany, Power Generation, GWh, 2005-2020
8.6 WWT Sludge Power Generation Market, Germany, Prime Movers Share, %, 2010
8.7 WWT Sludge Power Generation Market, Germany, Regulatory Framework, Major Policies
8.7.1 Germany, Regulations for Production of Electricity from Biomass
8.7.2 Germany, The EU Biomass Action Plan
8.7.3 Germany, EEG Biomass Remunerations, 2009-2010
9 WWT Sludge Power Generation Market, Key Country Analysis, Poland: 2005-2020
9.1 WWT Sludge Power Generation Market, Poland, Overview
9.2 WWT Sludge Power Generation Market, Poland, Sludge Generation, Million kg, 2005-2020
9.3 WWT Sludge Power Generation Market, Poland, Sludge Management, %, 2010
9.4 WWT Sludge Power Generation Market, Poland, Primary Energy Generation, 2005-2020
9.5 WWT Sludge Power Generation Market, Poland, Power Generation, GWh, 2005-2020
9.6 WWT Sludge Power Generation Market, Poland, Market Share by Prime Movers, %, 2010
9.7 WWT Sludge Power Generation Market, Poland, Market Share by Equipment Suppliers, %, 2010
9.8 WWT Sludge Power Generation Market, Poland, Regulatory Framework, Major Polices
9.8.1 National Fund for Environmental Protection and Water Management
9.8.2 Exemption from Consumption Tax
9.8.3 Quota System/ Green Certificates
9.8.4 Loans and Subsides Under Eco Fund
10 WWT Sludge Power Generation Market, Key Country Analysis, The Netherlands: 2005-2020
10.1 WWT Sludge Power Generation Market, The Netherlands, Overview
10.2 WWT Sludge Power Generation Market, The Netherlands, Sludge Generation, Million kg, 2005-2020
10.3 WWT Sludge Power Generation Market, The Netherlands, Sludge Management, %, 2010
10.4 WWT Sludge Power Generation Market, The Netherlands, Primary Energy Generation, 2005-2020
10.5 WWT Sludge Power Generation Market, The Netherlands, Power Generation, GWh, 2005-2020
10.6 WWT Sludge Power Generation Market, The Netherlands, Prime Movers Share, %, 2010
10.7 WWT Sludge Power Generation Market, The Netherlands, Regulatory Framework, Major Policies
10.7.1 MEP: Environmental Quality of Electricity Production (Milieukwaliteit van de Elektriciteitsproductie)
10.7.2 Incentive Scheme for Sustainable Energy Production
10.7.3 Scheme Encouraging Sustainable Energy SDE (stimulering duurzame energie):
11 WWT Sludge Power Generation Market, Key Country Analysis, The UK: 2005-2020
11.1 WWT Sludge Power Generation Market, The UK, Overview
11.2 WWT Sludge Power Generation Market, The UK, Sludge Generation, Million kg, 2005-2020
11.3 WWT Sludge Power Generation Market, The UK, Sludge Management, %, 2010
11.4 WWT Sludge Power Generation Market, The UK, Primary Energy Generation, 2005-2020
11.5 WWT Sludge Power Generation Market, The UK, Power Generation, GWh, 2005-2020
11.6 WWT Sludge Power Generation Market, The UK, Prime Movers Share, %, 2010
11.7 WWT Sludge Power Generation Market, The UK, Regulatory Framework, Major Policies
11.7.1 The Renewable Obligation Order 2009, Banding of Renewable Resources
11.7.2 Low Carbon Buildings Program Phase Two
11.7.3 Biomass Task Force
11.7.4 Bioenergy Capital Grants Scheme (BECGS)
12 Appendix
12.1 Abbreviations
12.2 Methodology
12.2.1 Coverage
12.2.2 Secondary Research
12.2.3 Primary Research
12.2.4 Expert Panel Validation
12.3 Contact Us
12.4 Disclaimer

List of Tables

1.1 List of Tables
Table 1: Power Generation from WWTS Market, Sludge Management in Major Countries, %, 2010
Table 2: Power Generation from WWTS Market, Power Generation Cost Break Up, 2010
Table 3: Power Generation from WWTS Market, Global, Primary Energy Production, ktoe, 2005-2020
Table 4: Power Generation from WWTS Market, Global, Power Generation, GWh, 2005-2020
Table 5: Power Generation from WWTS Market, Japan, Sludge Generation, Million kg, 2005-2020
Table 6: Power Generation from WWTS Market, Japan, Sludge Generation, % Share, 2010
Table 7: Power Generation from WWTS Market, Japan, Sludge Disposal, %, 2010
Table 8: Power Generation from WWTS Market, Japan, Primary Energy Generation, ktoe, 2005-2020
Table 9: Power Generation from WWTS Market, Japan, Power Generation, GWh, 2005-2020
Table 10: Power Generation from WWTS Market, Japan, Market Share by Prime Movers, %, 2010
Table 11: Power Generation from WWTS Market, Japan, Market Share by Equipment Suppliers, %, 2010
Table 12: Power Generation from WWTS Market, Australia, Sludge Generation, Million kg, 2005-2020
Table 13: Power Generation from WWTS Market, Australia, Sludge Disposal, %, 2010
Table 14: Power Generation from WWTS Market, Australia, Primary Energy Generation, ktoe, 2005-2020
Table 15: Power Generation from WWTS Market, Australia, Power Generation, GWh, 2005-2020
Table 16: Power Generation from WWTS Market, Australia, Market Share by Prime Movers, %, 2010
Table 17: Power Generation from WWTS Market, The US, Sludge Generation, Million kg, 2005-2020
Table 18: Power Generation from WWTS Market, The US, Sludge Generation, % Share, 2010
Table 19: Power Generation from WWTS Market, The US, Sludge Disposal, %, 2010
Table 20: Power Generation from WWTS Market, The US, Primary Energy Generation, ktoe, 2005-2020
Table 21: Power Generation from WWTS Market, The US, Power Generation, GWh, 2005-2020
Table 22: Power Generation from WWTS Market, The US, Market Share by Prime Movers, %, 2010
Table 23: Power Generation from WWTS Market, The US, The American Recovery and Reinvestment Act - Cost of Tax Incentive, 2010
Table 24: Power Generation from WWTS Market, The US, The American Recovery and Reinvestment Act - Key Provisions for Renewable Energy, 2010
Table 25: Power Generation from WWTS Market, The US , PTC, In Service Deadline and Credit Amount, 2010
Table 26: Power Generation from WWTS Market, The US, Business Energy Tax Credit, Eligibility and Credit Availability
Table 27: Power Generation from WWTS Market, France, Sludge Generation, Million kg, 2005-2020
Table 28: Power Generation from WWTS Market, France, Sludge Generation, % Share, 2010
Table 29: Power Generation from WWTS Market, France, Sludge Disposal, %, 2010
Table 30: Power Generation from WWTS Market, France, Primary Energy Generation, ktoe, 2005-2020
Table 31: Power Generation from WWTS Market, France, Power Generation, GWh, 2005-2020
Table 32: Power Generation from WWTS Market, France, Market Share by Prime Movers, %, 2010
Table 33: Power Generation from WWTS Market, France, Biomass Tax Credit
Table 34: Power Generation from WWTS Market, Germany, Sludge Generation, Million kg, 2005-2020
Table 35: Power Generation from WWTS Market, Germany, Sludge Generation, % Share, 2010
Table 36: Power Generation from WWTS Market, Germany, Sludge Disposal, %, 2010
Table 37: Power Generation from WWTS Market, Germany, Primary Energy Generation, ktoe, 2005-2020
Table 38: Power Generation from WWTS Market, Germany, Power Generation, GWh, 2005-2020
Table 39: Power Generation from WWTS Market, Germany, Market Share by Prime Movers, %, 2010
Table 40: Power Generation from WWTS Market, Germany, Biomass EEG Remuneration, 2009 and 2010
Table 41: Power Generation from WWTS Market, Germany, EEG Bonuses For Biomass, 2009 and 2010
Table 42: Power Generation from WWTS Market, Germany, Basic Remuneration for Landfill Gas. Sewage Gas and Mine Gas Facilities, 2009 and 2010
Table 43: Power Generation from WWTS Market, Poland, Sludge Generation, Million kg, 2005-2020
Table 44: Power Generation from WWTS Market, Poland, Sludge Generation, % Share, 2010
Table 45: Power Generation from WWTS Market, Poland, Sludge Disposal, %, 2010
Table 46: Power Generation from WWTS Market, Poland, Primary Energy Generation, ktoe, 2005-2020
Table 47: Power Generation from WWTS Market, Poland, Power Generation, GWh, 2005-2020
Table 48: Power Generation from WWTS Market, Poland, Market Share by Equipment Suppliers, %, 2010
Table 49: Power Generation from WWTS Market, Poland, Quota System, Percentage of Quota Set, 2008-2017
Table 50: Power Generation from WWTS Market, The Netherlands, Sludge Generation, Million kg, 2005-2020
Table 51: Power Generation from WWTS Market, The Netherlands, Sludge Disposal, %, 2010
Table 52: Power Generation from WWTS Market, The Netherlands, Primary Energy Generation, ktoe, 2005-2020
Table 53: Power Generation from WWTS Market, The Netherlands, Power Generation, GWh, 2005-2020
Table 54: Power Generation from WWTS Market, The Netherlands, Market Share by Prime Movers, %, 2010
Table 55: Power Generation from WWTS Market, The Netherlands, Details of the SDE, 2009-2010
Table 56: SDE, Total Realized Power and Target, 2008-2011
Table 57: Power Generation from WWTS Market, The UK, Sludge Generation, Million kg, 2005-2020
Table 58: Power Generation from WWTS Market, The UK, Sludge Generation, % Share, 2010
Table 59: Power Generation from WWTS Market, The UK, Sludge Disposal, %, 2010
Table 60: Power Generation from WWTS Market, The UK, Primary Energy Generation, ktoe, 2005-2020
Table 61: Power Generation from WWTS Market, The UK, Power Generation, GWh, 2005-2020
Table 62: Power Generation from WWTS Market, UK, Market Share by Prime Movers, %, 2010
Table 63: Power Generation from WWTS Market, The UK, Renewable Energy Overview of Proposed Bands, 2010
Table 64: Power Generation from WWTS Market, the UK, Low Carbon Buildings Program Phase 2, Technologies supplied by Framework Suppliers, 2010
Table 65: Abbreviations

List of Figures

1.2 List of Figures
Figure 1: Power Generation from WWTS Market, Wastewater Treatment Methods
Figure 2: Power Generation from WWTS Market, Sludge Management in Major Countries, %, 2010
Figure 3: Power Generation from WWTS Market, Power Generation Cost Break Up, 2010
Figure 4: Power Generation from WWTS Market, Global, Primary Energy Production, ktoe, 2005-2020
Figure 5: Power Generation from WWTS Market, Global, Power Generation, GWh, 2005-2020
Figure 6: Power Generation from WWTS Market, Japan, Sludge Generation, Million kg, 2005-2020
Figure 7: Power Generation from WWTS Market, Japan, Sludge Generation, % Share, 2010
Figure 8: Power Generation from WWTS Market, Japan, Sludge Disposal, %, 2010
Figure 9: Power Generation from WWTS Market, Japan, Primary Energy Generation, ktoe, 2005-2020
Figure 10: Power Generation from WWTS Market, Japan, Power Generation, GWh, 2005-2020
Figure 11: Power Generation from WWTS Market, Japan, Market Share by Prime Movers, %, 2010
Figure 12: Power Generation from WWTS Market, Japan, Market Share by Equipment Suppliers, %,
2010
Figure 13: Power Generation from WWTS Market, Australia, Sludge Generation, Million kg, 2005-2020
Figure 14: Power Generation from WWTS Market, Australia, Sludge Disposal, %, 2010
Figure 15: Power Generation from WWTS Market, Australia, Primary Energy Generation, ktoe,
2005 -2020
Figure 16: Power Generation from WWTS Market, Australia, Power Generation, GWh, 2005-2020
Figure 17: Power Generation from WWTS Market, Australia, Market Share by Prime Movers, %, 2010
Figure 18: Power Generation from WWTS Market, The US, Sludge Generation, Million kg, 2005-2020
Figure 19: Power Generation from WWTS Market, The US, Sludge Generation, % Share, 2010
Figure 20: Power Generation from WWTS Market, The US, Sludge Disposal, %, 2010
Figure 21: Power Generation from WWTS Market, The US, Primary Energy Generation, ktoe, 2005-2020
Figure 22: Power Generation from WWTS Market, The US, Power Generation, GWh, 2005-2020
Figure 23: Power Generation from WWTS Market, The US, Market Share by Prime Movers, %, 2010
Figure 24: Power Generation from WWTS Market, France, Sludge Generation, Million kg, 2005-2020
Figure 25: Power Generation from WWTS Market, France, Sludge Generation, % Share, 2010
Figure 26: Power Generation from WWTS Market, France, Sludge Disposal, %, 2010
Figure 27: Power Generation from WWTS Market, France, Primary Energy Generation, ktoe,
2005 -2020
Figure 28: Power Generation from WWTS Market, France, Power Generation, GWh, 2005-2020
Figure 29: Power Generation from WWTS Market, France, Market Share by Prime Movers, %, 2010
Figure 30: Power Generation from WWTS Market, Germany, Sludge Generation, Million kg, 2005-2020
Figure 31: Power Generation from WWTS Market, Germany, Sludge Generation, % Share, 2010
Figure 32: Power Generation from WWTS Market, Germany, Sludge Disposal, %, 2010
Figure 33: Power Generation from WWTS Market, Germany, Primary Energy Generation, ktoe,
2005 -2020
Figure 34: Power Generation from WWTS Market, Germany, Power Generation, GWh, 2005-2020
Figure 35: Power Generation from WWTS Market, Germany, Market Share by Prime Movers, %, 2010
Figure 36: Power Generation from WWTS Market, Poland, Sludge Generation, Million kg, 2005-2020
Figure 37: Power Generation from WWTS Market, Poland, Sludge Generation, % Share, 2010
Figure 38: Power Generation from WWTS Market, Poland, Sludge Disposal, %, 2010
Figure 39: Power Generation from WWTS Market, Poland, Primary Energy Generation, ktoe, 2005-2020
Figure 40: Power Generation from WWTS Market, Poland, Power Generation, GWh, 2005-2020
Figure 41: Power Generation from WWTS Market, Poland, Market Share by Equipment Suppliers, %, 2010
Figure 42: Power Generation from WWTS Market, The Netherlands, Sludge Generation, Million kg,
2005 -2020
Figure 43: Power Generation from WWTS Market, The Netherlands, Sludge Disposal, %, 2010
Figure 44: Power Generation from WWTS Market, The Netherlands, Primary Energy Generation, ktoe, 2005-2020
Figure 45: Power Generation from WWTS Market, The Netherlands, Power Generation, GWh,
2005 -2020
Figure 46: Power Generation from WWTS Market, The Netherlands, Market Share by Prime Movers, %, 2010
Figure 47: Power Generation from WWTS Market, The UK, Sludge Generation, Million kg, 2005-2020
Figure 48: Power Generation from WWTS Market, The UK, Sludge Generation, % Share, 2010
Figure 49: Power Generation from WWTS Market, The UK, Sludge Disposal, %, 2010
Figure 50: Power Generation from WWTS Market, The UK, Primary Energy Generation, ktoe,
2005 -2020
Figure 51: Power Generation from WWTS Market, The UK, Power Generation, GWh, 2005-2020
Figure 52: Power Generation from WWTS Market, The UK, Market Share by Prime Movers, %, 2010
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