European Waste to Energy (WTE) Plant Market, Forecast to 2020

European Waste to Energy (WTE) Plant Market, Forecast to 2020

The European Union’s 2020 Renewable Energy Target Will Favour the WTE Market

RELEASE DATE
14-Mar-2017
REGION
Europe
Research Code: MCA8-01-00-00-00
SKU: EN00966-EU-MR_19789

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SKU
EN00966-EU-MR_19789

$3,000.00

$2,250.00 save 25 %

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Description

Europe has traditionally been the major market for Waste to Energy technologies. It has always seen a strong and steady growth of Waste to Energy treatment capacities for the last ten years. Circular Economy and EU legislation are the two major factors that have been triggering the market. Although the European Waste To Energy market is set to grow, the speed of the growth is expected to slow down in the upcoming years. Especially, after 2017, the European market is expected to take a break from the rapid growth.

This study provides an in-depth insight of Waste to Energy plant market in European countries specifically Scandinavia, Benelux, Germany, France, United Kingdom and Alpine. These countries employ different instruments for implementing the Waste to Energy solution. It then looks at the Waste to Energy aspect of Municipal Solid waste management and covers the technologies used. Types of Incineration technologies such as Grate, Gasification and fluidized bed are analysed to provide an overall understanding of the dominant technology in the market. The grate technology accounts for the largest share, as it incinerates large volumes of waste. The study also offers regional analysis of the market, WTE applications and its positive impacts. Furthermore, the study describes the critical factors that are influential and also predicts the future of waste to energy plant market.

Key Points addressed by the study:
•     What are the key factors influencing the market?
•     Mapping of countries in terms of the intensity of drivers.
•     Waste to Energy market outlook specifically Scandinavia, Benelux, Germany, France, United Kingdom and Alpine.
•     WTE applications
•     Waste to Energy incineration technology analysis.
•     Key market players.

Client Benefit:
The study will provide an in-depth insight of the waste to energy market in specific European countries. It will give an overview of the market, the number of plants present and the volume of MSW treated using Waste to Energy plants in each region. This will help clients identify the addressed and addressable markets. Companies in each region can gather key insights to help member states, who completely rely on incineration. Furthermore, a slight delve into the Waste to Energy by-products and applications can provide a way to capitalize on the product recovery.Additional insights on growth opportunities, will aid in understanding the tapped and untapped areas of the waste to energy market.

Table of Contents

Key Findings

Research and Geographical Scope

Market Segmentation

Introduction to WTE

Factors Influencing the Market

Intensity of Drivers for Energy Recovery

WTE Regulations

Market Demand by 2020

Estimation of WTE Plants in Europe

MSW Energy Recovery Activity in Key European Countries

WTE Plant Market—Scandinavia

WTE Plant Market—Benelux

WTE Plant Market—Alpine Region

WTE Plant Market—Germany

WTE Plant Market—France

WTE Plant Market—The United Kingdom

WTE—Energy and By-product applications

Environmental Impact—WTE Incineration

Drivers for Technological Developments

Analysis of Thermal Incineration

Market for Thermal WTE Technologies in Europe

Key Market Participants

Growth Opportunity—Circular Economy

Growth Opportunity—Public-private Partnerships

Strategic Imperatives for Success and Growth

Future of the European WTE market

Legal Disclaimer

List of Figures
  • 1. WTE Plant Market: Market Segmentation, Europe, 2016
  • 2. WTE Plant Market: Number of WTE Plants by Type of Incineration, Europe, 2016
List of Charts
  • 1. WTE Plant Market: Number of WTE Plants, Europe, 2014–2020
  • 2. WTE Plant Market: Percentage of MSW Treated Through Incineration, Europe, 2015
  • 3. WTE Plant Market: Number of Plants, Scandinavia, 2012, 2016, and 2020
  • 4. WTE Plant Market: Volume of MSW Treated by WTE Plants, Scandinavia, 2014 and 2016
  • 5. WTE Plant Market: Number of WTE Plants Present, Benelux, 2012, 2016, and 2020
  • 6. WTE Plant Market: Volume of MSW Treated by WTE Plants, Benelux, 2014 and 2016
  • 7. WTE Plant Market: Number of WTE Plants, Alpine Region, 2012, 2016, and 2020
  • 8. WTE Plant Market: Volume of MSW Treated by WTE Plants, Alpine Region, 2014 and 2016
  • 9. WTE Plant Market: Number of Plants, Germany, 2012, 2016, and 2020
  • 10. WTE Plant Market: Volume of MSW Treated by WTE Plants, Germany, 2014 and 2016
  • 11. WTE Plant Market: Number of Plants, France, 2012, 2016 and 2020
  • 12. WTE Plant Market: Volume of MSW Treated by WTE Plants, France, 2014–2016
  • 13. WTE Plant Market: Number of Plants, UK, 2012, 2016, and 2020
  • 14. WTE Plant Market: Volume of MSW Treated by WTE Plants, UK, 2014 and 2016
  • 15. WTE Plant Market: Percent of WTE Plants by Type of Incineration, Europe, 2016
  • 16. WTE Plant Market: Percent of Revenue Generated by Technology, Europe, 2014 and 2016
Related Research
Europe has traditionally been the major market for Waste to Energy technologies. It has always seen a strong and steady growth of Waste to Energy treatment capacities for the last ten years. Circular Economy and EU legislation are the two major factors that have been triggering the market. Although the European Waste To Energy market is set to grow, the speed of the growth is expected to slow down in the upcoming years. Especially, after 2017, the European market is expected to take a break from the rapid growth. This study provides an in-depth insight of Waste to Energy plant market in European countries specifically Scandinavia, Benelux, Germany, France, United Kingdom and Alpine. These countries employ different instruments for implementing the Waste to Energy solution. It then looks at the Waste to Energy aspect of Municipal Solid waste management and covers the technologies used. Types of Incineration technologies such as Grate, Gasification and fluidized bed are analysed to provide an overall understanding of the dominant technology in the market. The grate technology accounts for the largest share, as it incinerates large volumes of waste. The study also offers regional analysis of the market, WTE applications and its positive impacts. Furthermore, the study describes the critical factors that are influential and also predicts the future of waste to energy plant market. Key Points addressed by the study: • What are the key factors influencing the market? • Mapping of countries in terms of the intensity of drivers. • Waste to Energy market outlook specifically Scandinavia, Benelux, Germany, France, United Kingdom and Alpine. • WTE applications • Waste to Energy incineration technology analysis. • Key market players. Client Benefit: The study will provide an in-depth insight of the waste to energy market in specific European countries. It will give an overview of the market, the number of plants present and the volume of MSW treated using Waste to Energy
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Table of Contents | Executive Summary~ || Key Findings~ | Market Overview~ || Research and Geographical Scope~ || Market Segmentation~ || Introduction to WTE~ || Factors Influencing the Market~ || Intensity of Drivers for Energy Recovery~ || WTE Regulations~ || Market Demand by 2020~ | WTE Market Outlook~ || Estimation of WTE Plants in Europe~ || MSW Energy Recovery Activity in Key European Countries~ || WTE Plant Market—Scandinavia~ || WTE Plant Market—Benelux~ || WTE Plant Market—Alpine Region~ || WTE Plant Market—Germany~ || WTE Plant Market—France~ || WTE Plant Market—The United Kingdom~ || WTE—Energy and By-product applications~ || Environmental Impact—WTE Incineration~ | WTE Technology Outlook~ || Drivers for Technological Developments~ || Analysis of Thermal Incineration~ || Market for Thermal WTE Technologies in Europe~ || Key Market Participants~ | Growth Opportunities~ || Growth Opportunity—Circular Economy~ || Growth Opportunity—Public-private Partnerships~ || Strategic Imperatives for Success and Growth~ | Conclusion~ || Future of the European WTE market~ || Legal Disclaimer~ | The Frost & Sullivan Story~
List of Charts and Figures 1. WTE Plant Market: Market Segmentation, Europe, 2016 ~ 2. WTE Plant Market: Number of WTE Plants by Type of Incineration, Europe, 2016~| 1. WTE Plant Market: Number of WTE Plants, Europe, 2014–2020~ 2. WTE Plant Market: Percentage of MSW Treated Through Incineration, Europe, 2015~ 3. WTE Plant Market: Number of Plants, Scandinavia, 2012, 2016, and 2020~ 4. WTE Plant Market: Volume of MSW Treated by WTE Plants, Scandinavia, 2014 and 2016~ 5. WTE Plant Market: Number of WTE Plants Present, Benelux, 2012, 2016, and 2020~ 6. WTE Plant Market: Volume of MSW Treated by WTE Plants, Benelux, 2014 and 2016~ 7. WTE Plant Market: Number of WTE Plants, Alpine Region, 2012, 2016, and 2020~ 8. WTE Plant Market: Volume of MSW Treated by WTE Plants, Alpine Region, 2014 and 2016~ 9. WTE Plant Market: Number of Plants, Germany, 2012, 2016, and 2020~ 10. WTE Plant Market: Volume of MSW Treated by WTE Plants, Germany, 2014 and 2016~ 11. WTE Plant Market: Number of Plants, France, 2012, 2016 and 2020~ 12. WTE Plant Market: Volume of MSW Treated by WTE Plants, France, 2014–2016~ 13. WTE Plant Market: Number of Plants, UK, 2012, 2016, and 2020~ 14. WTE Plant Market: Volume of MSW Treated by WTE Plants, UK, 2014 and 2016~ 15. WTE Plant Market: Percent of WTE Plants by Type of Incineration, Europe, 2016~ 16. WTE Plant Market: Percent of Revenue Generated by Technology, Europe, 2014 and 2016~
Author Akshaya Gomatam Ramachandran
Industries Environment
WIP Number MCA8-01-00-00-00
Is Prebook No