Global Waste-To-Energy Market By Geography, Technology, Applications Market Trends And Forecasts
The global energy market is witnessing a shift toward waste to energy technologies due to growing energy demands worldwide, the rapid depletion of conventional sources of energy, and concerns over environmental pollution from conventional energy sources. Governments across the globe are offering initiatives and financial schemes to encourage production of energy from industrial and agricultural wastes. The report studies the waste to energy market only for municipal solid waste (MSW), and excludes hazardous metal and other wastes. The research also does not cover the waste water treatment market.
While only a few international companies are currently active in the WTE market, it is expected to witness a double-digit growth rate in the next five years largely due to the participation of developing countries. Ongoing research is also expected to resolve current concerns of conversion and efficiency; making waste a mainstream source of energy.
MARKETS COVERED
This market research report analyzes and forecasts the markets for all the major types of waste-to-energy technologies. It also analyzes challenges such as negative general opinion, high initial cost, long production and sales cycle, rules and regulations, political indifference and compulsion of local joint ventures.
STAKEHOLDERS
The intended audience of this report includes:
- Waste to energy companies
- Energy equipment manufacturers
- Waste management companies
- Research labs
- State and regulatory bodies
RESEARCH METHODOLOGY
The global wasteto-energy (WTE) market is analyzed and forecasted for the period 2010 to 2015. Market forecasts are based on primary and secondary research data. The market structure is designed on the basis of secondary research on the product portfolios of WTE technology companies. This structure is cross-validated through primaries conducted with industry players and KOLs (Key Opinion Leaders). The secondary research was based on paid sources such as Factiva and basic internet search for relevant news articles and websites of companies and associations.
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Global Waste to Energy Technologies Market (2008 2015) analyzes different technologies used to generate energy using MSW (Municipal Solid Waste). It evaluates the key opportunities and drivers for the WTE technologies market in the U.S., Europe, Asia-Pacific, and ROW.
Waste to energy (WTE) involves processing municipal solid waste into heat, electricity, and refuse derived fuel (RDF). The concept has superseded the garbage in garbage out practice by facilitating efficient garbage management while simultaneously providing clean energy and deriving dollars out of waste. This report analyzes and forecasts the global WTE market by technology into the submarkets for physical, thermal, and biological WTE technologies.
Driven by its growing role in the fields of electricity and heat generation, WTE technology is expected to reach a market size of $29.98 billion by 2015 at a CAGR of 5.5% from 2010-2015.
Exclusive indicates content/data unique to MarketsandMarkets and not available with any competitors.
TABLE OF CONTENTS
EXECUTIVE SUMMARY
1 INTRODUCTION
1.1 KEY TAKE-AWAYS
1.2 REPORT DESCRIPTION
1.3 MARKETS COVERED
1.4 STAKEHOLDERS
1.5 RESEARCH METHODOLOGY
2 SUMMARY
3 MARKET OVERVIEW
3.1 SOURCES OF ENERGY
3.2 MARKET DEFINITION
3.2.1 DRIVERS
3.2.1.1 Never-ending waste source of raw material
3.2.1.2 Landfill bans and high tipping fees
3.2.1.3 Low greenhouse gas emissions, cost of power production & high capacity factor
3.2.1.4 High calorific value of waste
3.2.2 RESTRAINTS
3.2.2.1 Regulatory hurdles
3.2.2.2 Lack of flexibility in handling waste
3.3 INVESTMENTS IN BIOMASS AND WTE
3.4 POLICIES AND REGULATIONS
3.5 IMPACT OF REGULATIONS ON WTE MARKET
3.6 MARKET SHARE ANALYSIS
3.7 PATENT ANALYSIS
4 WASTE TO ENERGY TECHNOLOGIES MARKET
4.1 INTRODUCTION
4.2 PHYSICAL TECHNOLOGY
4.2.1 DRIVERS
4.2.1.1 High combustible value of RDF makes it a superior substitute to MSW
4.2.1.2 RDF can reduce dependence on fossil fuels
4.2.1.3 Recovery enjoys a higher position in waste management hierarchy
4.2.2 RESTRAINTS & OPPORTUNITIES
4.2.2.1 Technology shifts increase capital expenditure
4.2.2.2 RDF has the potential to replace coal
4.3 THERMAL TECHNOLOGY
4.3.1 INCINERATION/COMBUSTION
4.3.2 PYROLYSIS AND THERMAL GASIFICATION
4.3.3 PLASMA-ARC GASIFICATION
4.3.4 DRIVERS
4.3.4.1 Support from government and financial institutions
4.3.4.2 Ready-to-use nature of MSW makes it a preferred technology
4.3.5 RESTRAINTS & OPPORTUNITIES
4.3.5.1 High implementation cost and time
4.3.5.2 Innovation in existing technology
4.4 BIOLOGICAL TECHNOLOGY
4.4.1 METHANE CAPTURE/LANDFILL GAS
4.4.2 BIOGAS PLANTS/ANAEROBIC DIGESTION
4.4.3 FERMENTATION
4.4.4 DRIVERS & RESTRAINTS
4.4.4.1 Efficient capture of methane gas
4.4.4.2 Government support
4.4.4.3 Growing biofuels and sludge treatment market
4.4.4.4 Risk and safety issues
4.5 CHARACTERISTICS OF WTE TECHNOLOGIES
4.6 INVESTMENT COST BY TECHNOLOGY
5 COMPETITIVE LANDSCAPE
6 GEOGRAPHIC ANALYSIS
6.1 INTRODUCTION
6.2 U.S. WASTE TO ENERGY MARKET
6.3 EUROPE WASTE TO ENERGY MARKET
6.3.1 GERMANY
6.3.2 NETHERLANDS
6.3.3 AUSTRIA
6.4 EU-27 RENEWABLE ENERGY USAGE TARGETS
6.5 ASIA-PACIFIC WASTE TO ENERGY MARKET
6.5.1 CHINA
6.5.2 JAPAN
6.6 RENEWABLE ENERGY USAGE TARGETS FOR ASIA PACIFIC COUNTRIES
6.7 ROW WASTE TO ENERGY MARKET
6.8 RENEWABLE ENERGY USAGE TARGETS IN ROW
6.9 GLOBAL ELECTRICITY GENERATION FROM BIOMASS AND WASTE
6.1 POTENTIAL ELECTRICITY GENERATION MARKET USING THERMAL TECHNOLOGY
7 COMPANY PROFILES
7.1 AUSTRIAN ENERGY & ENVIRONMENT GROUP GMBH
7.1.1 OVERVIEW
7.1.2 FINANCIALS
7.1.3 PRODUCTS & SERVICES
7.1.4 STRATEGY
7.1.5 DEVELOPMENTS
7.2 ARROW ECOLOGY LTD.
7.2.1 OVERVIEW
7.2.2 PRODUCTS & SERVICES
7.2.3 STRATEGY
7.2.4 DEVELOPMENTS
7.3 KOMPOGAS AXPO AG
7.3.1 OVERVIEW
7.3.2 PRODUCTS & SERVICES
7.3.3 STRATEGY
7.3.4 DEVELOPMENTS
7.4 BABCOCK & WILCOX VΨLUND A/S
7.4.1 OVERVIEW
7.4.2 FINANCIALS
7.4.3 PRODUCTS & SERVICES
7.4.4 STRATEGY
7.4.5 DEVELOPMENTS
7.5 BIOGEN GREENFINCH (BIOGEN)
7.5.1 OVERVIEW
7.5.2 PRODUCTS & SERVICES
7.5.3 STRATEGY
7.5.4 DEVELOPMENTS
7.6 BLUEFIRE ETHANOL
7.6.1 OVERVIEW
7.6.2 FINANCIALS
7.6.3 PRODUCTS & SERVICES
7.6.4 STRATEGY
7.6.5 DEVELOPMENTS
7.7 BTA INTERNATIONAL GMBH
7.7.1 OVERVIEW
7.7.2 PRODUCTS & SERVICES
7.7.3 STRATEGY
7.7.4 DEVELOPMENTS
7.8 CONSTRUCTIONS INDUSTRIELLES DE LA EDITERRANΙE (CNIM)
7.8.1 OVERVIEW
7.8.2 FINANCIALS
7.8.3 PRODUCTS & SERVICES
7.8.4 STRATEGY
7.8.5 DEVELOPMENTS
7.9 COMMUNITY POWER CORPORATION (CPC)
7.9.1 OVERVIEW
7.9.2 PRODUCTS & SERVICES
7.9.3 STRATEGY
7.9.4 DEVELOPMENTS
7.1 COVANTA ENERGY CORPORATION
7.10.1 OVERVIEW
7.10.2 FINANCIALS
7.10.3 PRODUCTS & SERVICES
7.10.4 STRATEGY
7.10.5 DEVELOPMENTS
7.11 ECOCORP
7.11.1 OVERVIEW
7.11.2 PRODUCTS & SERVICES
7.11.3 STRATEGY
7.11.4 DEVELOPMENTS
7.12 EMERY ENERGY COMPANY
7.12.1 OVERVIEW
7.12.2 PRODUCTS & SERVICES
7.12.3 STRATEGY
7.12.4 DEVELOPMENTS
7.13 ENER-G PLC
7.13.1 OVERVIEW
7.13.2 PRODUCTS & SERVICES
7.13.3 STRATEGY
7.13.4 DEVELOPMENTS
7.14 ESSENT N.V.
7.14.1 OVERVIEW
7.14.2 FINANCIALS
7.14.3 PRODUCTS & SERVICES
7.14.4 STRATEGY
7.14.5 DEVELOPMENTS
7.15 FISIA BABCOCK ENVIRONMENT GMBH
7.15.1 OVERVIEW
7.15.2 FINANCIALS
7.15.3 PRODUCTS & SERVICES
7.15.4 STRATEGY
7.15.5 DEVELOPMENTS
7.16 FLEXENERGY LLC
7.16.1 OVERVIEW
7.16.2 FINANCIALS
7.16.3 PRODUCTS & SERVICES
7.16.4 STRATEGY
7.16.5 DEVELOPMENTS
7.17 FOSTER WHEELER
7.17.1 OVERVIEW
7.17.2 FINANCIALS
7.17.3 PRODUCTS & SERVICES
7.17.4 STRATEGY
7.17.5 DEVELOPMENTS
7.18 HAASE ENERGIE TECHNIK AG
7.18.1 OVERVIEW
7.18.2 PRODUCTS & SERVICES
7.18.3 STRATEGY
7.18.4 DEVELOPMENTS
7.19 HIGHMARK RENEWABLE
7.19.1 OVERVIEW
7.19.2 PRODUCTS & SERVICES
7.19.3 STRATEGY
7.19.4 DEVELOPMENTS
7.2 INTEGRATED ENVIRONMENTAL TECHNOLOGIES, INC.
7.20.1 OVERVIEW
7.20.2 PRODUCTS & SERVICES
7.20.3 STRATEGY
7.20.4 DEVELOPMENTS
7.21 IST ENERGY CORPORATION
7.21.1 OVERVIEW
7.21.2 FINANCIALS
7.21.3 PRODUCTS & SERVICES
7.21.4 STRATEGY
7.21.5 DEVELOPMENTS
7.22 KEPPEL INTEGRATED ENGINEERING LTD.
7.22.1 OVERVIEW
7.22.2 FINANCIALS
7.22.3 PRODUCTS & SERVICES
7.22.4 STRATEGY
7.22.5 DEVELOPMENTS
7.23 MARTIN GMBH
7.23.1 OVERVIEW
7.23.2 PRODUCTS & SERVICES
7.23.3 STRATEGY
7.23.4 DEVELOPMENTS
7.24 PACIFIC RENEWABLE FUELS, INC.
7.24.1 OVERVIEW
7.24.2 PRODUCTS & SERVICES
7.24.3 STRATEGY
7.24.4 DEVELOPMENTS
7.25 PLASCO ENERGY GROUP, INC.
7.25.1 OVERVIEW
7.25.2 FINANCIALS
7.25.3 PRODUCTS & SERVICES
7.25.4 STRATEGY
7.25.5 DEVELOPMENTS
7.26 PYROGENESIS CANADA, INC.
7.26.1 OVERVIEW
7.26.2 FINANCIALS
7.26.3 PRODUCTS & SERVICES
7.26.4 STRATEGY
7.26.5 DEVELOPMENTS
7.27 QINETIQ
7.27.1 OVERVIEW
7.27.2 PRODUCTS & SERVICES
7.27.3 STRATEGY
7.27.4 DEVELOPMENTS
7.28 RED LION BIO-ENERGY
7.28.1 OVERVIEW
7.28.2 PRODUCTS & SERVICES
7.28.3 STRATEGY
7.28.4 DEVELOPMENTS
7.29 TAKUMA
7.29.1 OVERVIEW
7.29.2 FINANCIALS
7.29.3 PRODUCTS & SERVICES
7.29.4 STRATEGY
7.29.5 DEVELOPMENTS
7.30 TIRU
7.30.1 OVERVIEW
7.30.2 FINANCIALS
7.30.3 PRODUCTS & SERVICES
7.30.4 STRATEGY
7.30.5 DEVELOPMENTS
7.31 VELOCYS
7.31.1 OVERVIEW
7.31.2 PRODUCTS & SERVICES
7.31.3 STRATEGY
7.31.4 DEVELOPMENTS
7.32 VEOLIA ENVIRONMENTAL SERVICES
7.32.1 OVERVIEW
7.32.2 FINANCIALS
7.32.3 PRODUCTS & SERVICES
7.32.4 STRATEGY
7.32.5 DEVELOPMENTS
7.33 WHEELABRATOR TECHNOLOGIES, INC.
7.33.1 OVERVIEW
7.33.2 FINANCIALS
7.33.3 PRODUCTS & SERVICES
7.33.4 STRATEGY
7.33.5 DEVELPOMENTS
7.34 ZE-GEN
7.34.1 OVERVIEW
7.34.2 PRODUCTS & SERVICES
7.34.3 STRATEGY
7.34.4 DEVELOPMENTS
APPENDIX
U.S. PATENTS
EUROPE PATENTS
JAPAN PATENTS
UPCOMING WTE PROJECTS
MAJOR WTE POWER PLANTS
GLOBAL RENEWABLE ENERGY INVESTMENT TREND
LIST OF TABLES
1 GLOBAL WTE TECHNOLOGIES MARKET, 2008 2015 ($MILLION)
2 GLOBAL ELECTRICITY GENERATION, BY SOURCES OF ENERGY, 2005 2010 (MILLION KWH)
3 CONTRIBUTION IN ELECTRICITY GENERATION, BY RENEWABLE SOURCES, BY ENERGY TYPE (2005 2010)
4 WASTE PRODUCED IN MAJOR COUNTRIES (2009)
5 WASTE PRODUCTION, BY GEOGRAPHY 2008 2015 (MILLION TONS)
6 LANDFILL PRICE IN MAJOR COUNTRIES (2009)
7 ELECTRICITY PRODUCTION COST, BY SOURCES, 2009 ($/MWH)
8 CAPACITY FACTOR BY POWER PLANT TYPE
9 COMPOSITION AND CALORIFIC VALUE OF WASTE, BY COUNTRY REVENUE
10 GLOBAL INVESTMENTS IN RENEWABLE ENERGY, BY SOURCE, 2008 2009 ($BILLION)
11 POLICIES AND REGULATIONS IN MAJOR COUNTRIES (2009)
12 IMPACT OF REGULATIONS ON STAKEHOLDERS
13 GLOBAL WTE TECHNOLOGIES MARKET, BY GEOGRAPHY, 2008 2015 ($MILLION)
14 PHYSICAL TECHNOLOGY MARKET, BY GEOGRAPHY, 2008 2015 ($MILLION)
15 COMPARITIVE ANALYSIS: MSW & RDF
16 COMPARITIVE ANALYSIS: COAL AND RDF
17 GLOBAL WTE THERMAL TECHNOLOGIES MARKET, 2008 2015 ($MILLION)
18 THERMAL TECHNOLOGY MARKET, BY GEOGRAPHY, 2008 2015 ($MILLION)
19 POWER YIELD (KWH/ TON OF MSW), BY TYPE OF THERMAL PROCESS TECHNOLOGY
20 BIOLOGICAL TECHNOLOGY MARKET, BY GEOGRAPHY, 2008 2015 ($MILLION)
21 ETHANOL YIELD IN GALLONS PER DRY TON OF FEED STOCK
22 GLOBAL BIOFUEL PRODUCTION, 2008 2015 (MILLION LITERS)
23 GLOBAL SLUDGE TREATMENT MARKET, 2008 2015 ($BILLION)
24 WTE TECHNOLOGIES BY END USE
25 INVESTMENT COST BY TECHNOLOGY, 2009 ($/MW)
26 NEW PLANT/PRODUCT LAUNCH (JANUARY 2009 JUNE 2010)
27 PARTNERSHIPS, AGREEMENTS & COLLABORATIONS (FEBRUARY 2008 JUNE 2010)
28 MERGERS & ACQUISITIONS (JANUARY 2008 SEPTEMBER 2009)
29 WASTE PRODUCTION, BY COUNTRY REVENUE (2009)
30 U.S. WASTE CONSUMPTION, BY SOURCE, 2008 2015 (TRILLION BTU)
31 U.S. WASTE CONSUMPTION, BY APPLICATIONS, 2008 2015 (TRILLION BTU)
32 U.S. WASTE PRODUCTION, BY COMPOSITION, 2008 2015 (MILLION TONS)
33 U.S. WTE TECHNOLOGIES MARKET, 2008 2015 ($MILLION)
34 EUROPE WTE TECHNOLOGIES MARKET, 2008 2015 ($MILLION)
35 EUROPE WTE MARKET, BY COUNTRY, 2008 2015 ($MILLION)
36 EUROPE WASTE PRODUCTION, BY COMPOSITION, 2008 2015 (MILLION TONS)
37 EU-27 RENEWABLE ENERGY USAGE TARGETS (%)
38 APAC WTE TECHNOLOGIES MARKET, 2008 2015 ($MILLION)
39 APAC WASTE PRODUCTION, BY COMPOSITION, 2008 2015 (MILLION TONS)
40 FUTURE RENEWABLE ENERGY USAGE TARGETS IN APAC
41 ROW WTE TECHNOLOGIES MARKET, 2008 2015 ($MILLION)
42 ROW WTE MARKET, BY COUNTRY, 2008 2015 ($MILLION)
43 ROW WASTE PRODUCTION, BY COMPOSITION, 2008 2015 (MILLION TONS)
44 FUTURE RENEWABLE ENERGY TARGETS IN ROW
45 GLOBAL ELECTRICITY GENERATION FROM BIOMASS & WASTE MARKET, 2008 2015 (BILLION KWH)
46 GLOBAL ELECTRICITY GENERATION FROM BIOMASS & WASTE MARKET, 2008 2015 ($BILLION)
47 MAJOR COUNTRIES PRODUCING ELECTRICITY FROM BIOMASS & WASTE (2009)
48 ELECTRICITY GENERATION MARKET FOR TOP FIVE COUNTRIES USING BIOMASS & WASTE 2008 2015 (BILLION KWH)
49 ELECTRICITY GENERATION MARKET FOR TOP FIVE COUNTRIES USING BIOMASS & WASTE, 2008 2015 ($BILLION)
50 MAJOR COUNTRIES IN EUROPE GENERATING ELECTRICITY FROM BIOMASS & WASTE (2009)
51 MAJOR COUNTRIES IN APAC GENERATING ELECTRICITY FROM BIOMASS & WASTE (2009)
52 MAJOR COUNTRIES GENERATING ELECTRICITY FROM BIOMASS & WASTE IN ROW (2009)
53 NET ELECTRICITY PRODUCED TO GRID BY TYPE OF THERMAL PROCESS TECHNOLOGY
54 WTE ELECTRICITY GENERATION POTENTIAL USING MASS BURN, 2008 2015 (MILLION KWH)
55 WTE ELECTRICITY GENERATION POTENTIAL USING PYROLYSIS, 2008-2015 (MILLION KWH)
56 WTE ELECTRICITY GENERATION POTENTIAL USING GASIFICATION, 2008 2015 (MILLION KWH)
57 WTE ELECTRICITY GENERATION POTENTIAL USING CONVENTIONAL GASIFICATION, 2008 2015 (MILLION KWH)
58 WTE ELECTRICITY GENERATION POTENTIAL USING PLASMA ARC GASIFICATION 2008 2015 (MILLION KWH)
59 MARTIN GMBHS CONTRACTS (MARCH 2009 JANUARY 2010)
60 UPCOMING WTE PROJECTS
61 MAJOR WTE POWER PLANTS IN ASIA PACIFIC
62 MAJOR WTE POWER PLANTS IN EUROPE
63 MAJOR WTE POWER PLANTS IN U.S.
64 MAJOR WTE POWER PLANTS IN ROW
65 GLOBAL RENEWABLE ENERGY INVESTMENT TREND, 2005 2010 ($BILLION)
LIST OF FIGURES
1 CATEGORIZATION OF SOURCES OF ENERGY
2 GLOBAL ENERGY CONSUMPTION, BY SOURCE (2000 2025)
3 WASTE TO ENERGY TECHNOLOGIES SEGMENTATION
4 WASTE MANAGEMENT PYRAMID
5 GLOBAL RENEWABLE ENERGY INVESTMENTS, 2006 2009 ($BILLION)
6 TOP U.S. PLAYERS, BY INSTALLED CAPACITIES (2009)
7 TOP EUROPEAN PLAYERS, BY REVENUES (2009)
8 PATENT TRENDS (JANUARY 2004 JUNE 2010)
9 PATENT ANALYSIS BY GEOGRAPHY (JANUARY 2004 JUNE 2010)
10 GLOBAL WASTE TO ENERGY PATENTS, BY TECHNOLOGY (JANUARY 2004 JUNE 2010)
11 U.S. WASTE TO ENERGY PATENTS, BY TECHNOLOGY (JANUARY 2004 JUNE 2010)
12 U.S. WASTE TO ENERGY PATENTS, BY THERMAL TECHNOLOGY, (JANUARY 2004 JUNE 2010)
13 U.S. WASTE TO ENERGY PATENTS, BY BIOLOGICAL TECHNOLOGY, (JANUARY 2004 JUNE 2010)
14 EUROPE WASTE TO ENERGY PATENTS, BY TECHNOLOGY, (JANUARY 2004 JUNE 2010)
15 EUROPE WASTE TO ENERGY PATENTS, BY THERMAL TECHNOLOGY (JANUARY 2004 JUNE 2010)
16 EUROPE WASTE TO ENERGY PATENTS, BY BIOLOGICAL TECHNOLOGY (JANUARY 2004 JUNE 2010)
17 COMPETITIVE DEVELOPMENTS, (JANUARY 2008 JUNE 2010)
18 GLOBAL WTE TECHNOLOGIES MARKET (2015)
19 WASTE PRODUCED IN THE U.S. (2005 2008)
20 MSW USE IN MAJOR EUROPEAN COUNTRIES (2008)
Growth opportunities and latent adjacency in Global Waste-To-Energy Market