Thermal and Biological Waste-to-Energy Markets

Categories: Biofuels, Energy and Natural Resources

Price: $2,750

Description

This report analyzes the market for technologies and regions, and focuses on regulations and industry structure affecting the market. Includes forecast from 2014 to 2019.

This report provides:

- An overview of the global markets for thermal and biological waste-to-energy technologies.
- Analyses of global market trends, with data from 2013 and 2014, and projections of CAGRs through 2019.
- Coverage of non-hazardous solid wastes such as municipal solid wastes (MSW) and biowastes such as kitchen waste, food waste, yard waste, etc. excluding sewage sludge and waste water treatment plants as well as land fill gas plants.
- Regional analysis of the industry in terms of current and future trends of WTE markets and competitive structure.
- A detailed review of current and possible future legislation that can impact the development of the market.
- Analysis of technology trends, identifying how the most prevalent waste management methods are changing lately with the advent of new promising technologies.
- Profiles of major players in the industry.

Use this report to:

- Learn about the regulations and industry structure affecting the global waste-to-energy market.
- Receive information about the opportunities in this market with respect to geography and technologies.
- Gain insight in to the concepts and details behind waste-to-energy technologies.

Table of Contents

Chapter 1:
- Study Goals And Objectives
- Reasons For Doing The Study
- Scope Of Report
- Intended Audience
- Methodology And Information Sources
- Analyst's Credentials
- Disclaimer

Chapter 2: Summary
- Overview

Chapter 3: Overview
- Introduction
- Waste-To-Energy: The Concept
- Major Drivers For Waste-To-Energy Market
- Waste-To-Energy Benefits
- Challenges Of Waste-To-Energy
- Sources Of Energy
- Need For Waste-To-Energy Strategies
- Market Dynamics
- Market Share Analysis

Chapter 4: Global Waste Management: Current Practices And Regulatory Environment
- United States
- Europe
- Asia

Chapter 5: Analysis Of WTE Technologies
- Introduction
- Thermal Waste-To-Energy Technologies
- Biological Waste-To-Energy Technologies
- Physical Waste-To-Energy Technologies
- Global Physical Waste-To-Energy Market Estimates

Chapter 6: Regional Market Dynamics Of WTE Industry
- Overview
- United States
- Canada
- Europe
- Asia-Pacific
- Row

Chapter 7: Worldwide Industry Structure
- Overview
- Asia-Pacific
- Europe
- North America
- South America
- Rest Of World

Chapter 8: Company Profiles
- Amec Foster Wheeler Ag
- Andritz Ag
- Arrow Ecology
- Babcock & Wilcox Volund A/S
- Biogas Nord Ag
- Biogen Greenfinch
- Bluefire Ethanol
- Bta International Gmbh
- C&G Environmental Protection Holdings Ltd.
- China Everbright International Ltd.
- Citec International Ltd Oy
- Cnim
- Community Power Corp.
- Covanta Energy Corp.
- Ebara Corp.
- Ecocorp Inc.
- Ener-G
- Entec Biogas Gmbh
- Entech Renewable Energy Systems
- Envitec Biogas Ag
- Evn Ag
- Farmatic Engineering Gmbh
- Haase Energie Technik Ag
- Interstate Waste Technologies Inc.
- Keppel Integrated Engineering Ltd.
- Kompogas Axpo Ag
- Martin Gmbh
- Organic Waste Systems (Ows)
- Plasco Energy Group
- Ramboll
- Schmack Biogas Gmbh
- Steinmuller Babcock Environment Gmbh
- Strabag Umweltanlagen Gmbh
- Suez Environnement
- Takuma Co. Ltd.
- Tiru Group
- Valorga International Sas.
- Veolia Environmental Services
- Wheelabrator Technologies

Chapter 9: Patent Analysis
- List Of Patents

List Of Tables
- Summary Table : Global Waste-To-Energy Market By Technology, Through 2019
- Table 1 : Key Benefits Of WTE Processes
- Table 2 : Key Challenges To WTE Markets
- Table 3 : Competing Renewable Technologies
- Table 4 : Key Legislation And Policies For Waste Management In The U.S.
- Table 5 : Key Legislation And Policies For Waste Management In Europe
- Table 6 : Comparison Of Financial Incentive Policies Adopted By Various European Countries
- Table 7 : Key Legislation And Policies For Waste Management In Asean Countries
- Table 8 : Key Legislation And Policies For Waste Management In India
- Table 9 : Projected Municipal Waste Generation For Urban Population In China, 2000-2030
- Table 10 : Key Legislation And Policies For Waste Management In China
- Table 11 : Key Legislation And Policies For Waste Management In Japan
- Table 12 : Estimated Ratios Of Different Types Of Waste In Msw, Australia
- Table 13 : Key Legislation And Policies For Waste Management In Australia
- Table 14 : Global Waste-To-Energy Market, Through 2019
- Table 15 : Global Thermal Waste-To-Energy Market, Through 2019
- Table 16 : Key Conventional WTE Suppliers By Type Of Technology
- Table 17 : Key Alternative Thermal WTE Technology Providers With Number Of Plants, Throughput And Technology Configuration
- Table 18 : Comparison Of Conventional Technologies With Alternative WTE Technologies
- Table 19 : Global Thermal Waste-To-Energy Market By Region, Through 2019
- Table 20 : Typical Components Of Biogas And Their Impacts On Biogas Quality
- Table 21 : Potential Of Msw
- Table 22 : Comparison Of Anaerobic And Aerobic Degradation Processes
- Table 23 : Design Parameters For Anaerobic Digestion
- Table 24 : Comparison Of Mesophilic And Thermophilic Anaerobic Digestion Processes
- Table 25 : Summary Of The Advantages And Disadvantages Of Various Commercial Ad Systems
- Table 26 : Comparison Of General Characteristics Of Various Power Generators
- Table 27 : Various Fuel Cell Types Used For Biogas Conversion And Their Current Status
- Table 28 : Global Biological Waste-To-Energy Market, Through 2019
- Table 29 : Methods For Increasing Biogas Yields In Digesters
- Table 30 : Global Biological Waste-To-Energy Market By Region, Through 2019
- Table 31 : Global Physical Waste-To-Energy Market, Through 2019
- Table 32 : Global Physical Waste-To-Energy Market By Region, Through 2019
- Table 33 : U.S. Waste-To-Energy Market, Through 2019
- Table 34 : List Of WTE Facilities By State
- Table 35 : U.S. Waste-To-Energy Market By Technology, Through 2019
- Table 36 : Canadian Waste-To-Energy Market, Through 2019
- Table 37 : Canadian Waste-To-Energy Market By Technology, Through 2019
- Table 38 : European Waste-To-Energy Market, Through 2019
- Table 39 : Levels Of Waste Management In Europe
- Table 40 : European Waste-To-Energy Market By Technology, Through 2019
- Table 41 : Asia-Pacific Waste-To-Energy Market, Through 2019
- Table 42 : Asia-Pacific Waste-To-Energy Market By Technology, Through 2019
- Table 43 : Row Waste-To-Energy Market, Through 2019
- Table 44 : Row Waste-To-Energy Market By Technology, Through 2019
- Table 45 : Amec Forest Wheeler's Product Portfolio
- Table 46 : Andritz' Product Portfolio
- Table 47 : Andritz Recent Developments, 2011 To Jan. 2015
- Table 48 : Arrow Ecology's Product Portfolio
- Table 49 : Babcock & Wilson Vølund's Product Portfolio
- Table 50 : Babcock & Wilson Vølund's Recent Developments, 2011 To Jan. 2015
- Table 51 : Biogas Nord's Product Portfolio
- Table 52 : Biogen's Product Portfolio
- Table 53 : Biogen's Recent Developments, 2011 To Jan. 2015Biogen's Recent Developments, 2011 To Jan. 2015
- Table 54 : Bluefire's Product Portfolio
- Table 55 : Bluefire's Recent Developments, 2011 To Jan. 2015
- Table 56 : Bta's Product Portfolio
- Table 57 : C&G's Product Portfolio
- Table 58 : C&G's Recent Developments, 2011 To Jan. 2015
- Table 59 : China Everbright's Product Portfolio
- Table 60 : China Everbright's Recent Developments, 2011 To Jan. 2015
- Table 61 : Citec's Product Portfolio
- Table 62 : Citec's Recent Developments, 2011 To Jan. 2015
- Table 63 : Cnim's Product Portfolio
- Table 64 : Cnim's Recent Developments, 2011 To Jan. 2015
- Table 65 : Cpc's Product Portfolio
- Table 66 : Covanta's Product Portfolio
- Table 67 : Covanta's Recent Developments 2011 To Jan. 2015
- Table 68 : Ebara's Product Portfolio
- Table 69 : Ecocorp's Product Portfolio
- Table 70 : Ener-G's Product Portfolio
- Table 71 : Ener-G's Recent Developments, 2011 To Jan. 2015
- Table 72 : Entec Biogas' Product Portfolio
- Table 73 : Entec Biogas’ Recent Developments, 2011 To Jan. 2015
- Table 74 : Entech's Product Portfolio
- Table 75 : Envitec's Product Portfolio
- Table 76 : Envitec's Recent Developments, 2011 To Jan. 2015
- Table 77 : Evn's Product Portfolio
- Table 78 : Evn's Recent Developments, 2011 To Jan. 2015
- Table 79 : Farmatic's Product Portfolio
- Table 80 : Farmatic's Recent Developments, 2011 To Jan. 2015
- Table 81 : Hasse Energie's Product Portfolio
- Table 82 : Iwt's Product Portfolio
- Table 83 : Keppel Seghers' Product Portfolio
- Table 84 : Keppel Seghers' Recent Developments, 2011 To Jan. 2015
- Table 85 : Kompogas' Product Portfolio
- Table 86 : Martin's Product Portfolio
- Table 87 : Ows' Product Portfolio
- Table 88 : Ows' Recent Developments, 2011 To Jan. 2015
- Table 89 : Plasco's Product Portfolio
- Table 90 : Ramboll's Product Portfolio
- Table 91 : Ramboll's Recent Developments, 2011 To Jan. 2015
- Table 92 : Schmack Biogas' Product Portfolio
- Table 93 : Schmack Biogas' Recent Developments, 2011 To Jan. 2015
- Table 94 : Steinmuller's Product Portfolio
- Table 95 : Steinmuller's Recent Developments, 2011 To Jan. 2015
- Table 96 : Suez' Product Portfolio
- Table 97 : Suez' Recent Developments, 2011 To Jan. 2015
- Table 98 : Takuma's Product Portfolio
- Table 99 : Takuma's Recent Developments, 2011 To Jan. 2015
- Table 100 : Tiru's Product Portfolio
- Table 101 : Tiru's Recent Developments, 2011 To Jan. 2015
- Table 102 : Valorga's Product Portfolio
- Table 103 : Veolia's Product Portfolio
- Table 104 : Veolia's Recent Developments, 2011 To Jan. 2015
- Table 105 : Wheelabrator's Product Portfolio
- Table 106 : Wheelabrator's Recent Developments, 2011 To Jan. 2015
- Table 107 : U.S. Patents, 2011 To Dec. 2014
- Table 108 : Europe Patents, 2011 To Dec. 2014
- Table 109 : Japan Patents, 2011 To Dec. 2014

List Of Figures
- Summary Figure : Global Waste-To-Energy Market By Technology, 2013-2019
- Figure 1 : Basic WTE Pathways
- Figure 2 : Global Energy Consumption By Type, 2013
- Figure 3 : Global Renewable Electricity Installed Capacity By Source, 2012-2019
- Figure 4 : Global Gdp Actual And Projected Growth Rate And Trends By Economy, 2010-2025
- Figure 5 : Global Energy Consumption By Region, 2015-2035
- Figure 6 : Global Available Municipal Waste For WTE, 2009-2016
- Figure 7 : Global Shares Of Msw Volume Generation By Region, 2012
- Figure 8 : Landfilling Trend In Europe: Msw Generated Vs. Msw Landfilled, 2013-2016
- Figure 9 : Global Waste-To-Energy Company Market Share, 2013
- Figure 10 : Legislative Framework Of Waste Management In Europe
- Figure 11 : South Australia Waste To Resources Hierarchy Level
- Figure 12 : Global Waste-To-Energy Market Share By Technology, 2013 Vs. 2019
- Figure 13 : Types Of Thermal Waste-To-Energy Technologies
- Figure 14 : The Four Phases Of Anaerobic Degradation
- Figure 15 : Global Waste-To-Energy Market Share By Region, 2013 Vs. 2019
- Figure 16 : Approximate Emission Of Greenhouse Gases
- Figure 17 : Impact By Country, 2013
- Figure 18 : Waste Generation By Sector In Eu27, 2013
- Figure 19 : Distribution Of Investment In Waste Management In North America By Subsegment, 2011-2020
- Figure 20 : U.S. Waste-To-Energy: Company Market Shares, 2012
- Figure 21 : Distribution Of New Investment For Waste Management In South America By Subsegment, 2011-2020