Welcome to BioMarket Group!

Global Biofuel Market Analysis

Additional Information

Published Date Sep 1, 2011
Special Offer No
Pages 140
PDF Fact Sheet View Fact Sheet for the report Global Biofuel Market Analysis in PDF format.
Published on Date No
Format PDF
Publisher RNCOS
Product Line No
Full Title No

Availability: In stock

$1,600.00

Quick Overview

The global biofuel industry has been witnessing rapid growth over the past few years in the backdrop of depleting fossil fuels and degradation of environmental conditions. Since the second half...
Request free sample pages from Global Biofuel Market Analysis

"The global biofuel industry has been witnessing rapid growth over the past few years in the backdrop of depleting fossil fuels and degradation of environmental conditions. Since the second half of the 20th century, amid concerns about rising oil prices and greenhouse gas emissions from fossil fuels, the term biofuel has largely come to mean bioethanol (also referred to as ethanol) and diesel. Therefore, many economies have turned their attention towards biofuels. Many countries are also supporting the biofuel industry in the form of subsidies and tax incentives which keep the biofuel producing companies profitable. Even governments of various countries have implemented mandatory biofuel blend with the conventional fuel to increase its demand.


According to our new research report, "Global Biofuel Market Analysis", the global production of ethanol and biodiesel is expected to grow at a CAGR of around 8% and 11%, respectively during 2011-2014. The prospective growth in ethanol and biodiesel production depends on several factors that have been thoroughly covered in this report.


As per our research, the Americas, mainly encompassing the US, Brazil, Argentina, and Canada, accounts for maximum share in the global ethanol industry. The region accounts for around 90% of the total global ethanol production. As far as biodiesel market is concerned, the EU is leading as a biodiesel producer.


We have also studied growth prospects of the biofuel industry in the developing countries. The Asia-Pacific regions constitute an enormous potential in the field of biofuel production, particularly due to cost-effective availability of feedstock. The countries covered under the Asia-Pacific region include Australia, China, India, Thailand, Indonesia, and Malaysia. All these countries have shown great interest in raising the production of biofuels in order to use them as alternatives of conventional energy sources.


"Global Biofuel Market Analysis", provides an extensive research and rational analysis of the global biofuel industry and its different segments. It provides a deep insight into the regional trends prevailing across the globe. Analysis and statistics regarding the market size, growth, regional segmentation, and trends in technology developments have been thoroughly studied in the report to provide clients a comprehensive overview of the biofuel industry.
In addition, the report contains information about government support that would facilitate clients to formulate appropriate strategies for the expansion of business in the untapped markets. The report also provides detailed information about the second generation biofuels, which will raise the production capacity per acre land, along with their social and environmental benefits."


1. Analyst View

2. Biofuel Industry - A Theoretical Overview

2.1 Biodiesel

2.2 Ethanol

3. Next-Generation Biofuels: Future Lies Here

3.1 Cellulosic Ethanol

3.2 Algae Fuels

3.3 Drop-in Fuels

3.4 Biobutanol

4. Global Biofuel Industry - A Statistical View

4.1 Ethanol Production

4.2 Biodiesel Production

5. Market Performance

5.1 Americas

5.1.1 US

5.1.2 Brazil

5.1.3 Canada

5.1.4 Argentina

5.2 Asia-Pacific

5.2.1 Australia

5.2.2 China

5.2.3 India

5.2.4 Thailand

5.2.5 Indonesia

5.2.6 Malaysia

5.3 Europe

5.3.1 Czech Republic

5.3.2 Sweden

5.3.3 Denmark

5.3.4 France

5.3.5 Germany

5.3.6 Italy

5.3.7 Spain

5.3.8 UK

6. Industry Trends

6.1 An Alternative to Fossil Fuels

6.2 Government Support

6.3 Environmental and Social Benefits

6.4 Kyoto Protocol



List of Figures:



Figure 3-1: Global - Cellulosic Ethanol Supply and Demand
(Million Liter), 2010 & 2015

Figure 3-2: Global - Cellulosic Ethanol Production Capacity
by Region (Million Liter)

Figure 3-3: Global - Algae-based Biofuels Production (Million
Gallon), 2010, 2015 & 2020

Figure 3-4: Global - Forecast for Share of Countries in
Algae Production (2020)

Figure 3-5: Global - Biobutanol Market (Billion US$), 2010 &
2014

Figure 4-1: Global - Biofuel Market (Billion US$), 2009-2014

Figure 4-2: Global - Ethanol Production (Billion Gallon), 2009
-2014

Figure 4-3: Global - Biodiesel Production (Billion Gallon),
2009-2014

Figure 5-1: US - Existing Number of Ethanol Plants and
their Production Capacities (Million Gallon/Year), 2008-2011

Figure 5-2: US - Ethanol Production (Billion Gallon), 2009
-2014

Figure 5-3: US - Ethanol Demand (Billion Gallon), 2009
-2014

Figure 5-4: US - Ethanol Imports (Million Gallon), 2008-2010

Figure 5-5: US - Biodiesel Production (Billion Gallon), 2009
-2014

Figure 5-6: US - Biodiesel Demand (Million Gallon), 2009
-2014

Figure 5-7: US - Biodiesel Exports and Imports (Million
Gallon), 2008-2010

Figure 5-8: Brazil - Ethanol Production (Billion Gallon), 2009
-2014

Figure 5-9: Brazil - Ethanol Demand (Billion Gallon), 2010
-2014

Figure 5-10: Brazil - Biodiesel Production (Billion Liter), 2009
-2014

Figure 5-11: Canada - Ethanol Production (Billion Liter),
2009-2014

Figure 5-12: Canada - Ethanol Consumption (Million Liter),
2008-2010

Figure 5-13: Canada - Biodiesel Production (Million Liter),
2009-2014

Figure 5-14: Canada - Biodiesel Consumption (Million Liter),
2008-2010

Figure 5-15: Argentina - Ethanol Production (Million Liter),
2010-2014

Figure 5-16: Argentina - Biodiesel Production Capacity
(Million Liter), 2008-2010

Figure 5-17: Argentina - Biodiesel Production (Billion Liter),
2009-2014

Figure 5-18: Australia - Ethanol Production Capacity (Million
Liter), 2010 & 2015

Figure 5-19: Australia - Ethanol Production (Million Gallon),
2009-2014

Figure 5-20: Australia - Biodiesel Production Capacity
(Million Liter), 2008-2010

Figure 5-21: Australia - Biodiesel Production (Million Liter),
2009-2014

Figure 5-22: China - Ethanol Production Capacity by
Region (%), 2010

Figure 5-23: China - Ethanol Production (Million Metric
Tons), 2009-2014

Figure 5-24: China - Ethanol Exports and Imports (Million
Liter), 2008-2010

Figure 5-25: China - Ethanol Exports by Destination (%),
2010

Figure 5-26: India - Ethanol Production (Billion Gallon), 2010
-2014

Figure 5-27: India - Ethanol Consumption (Billion Gallon),
2010-2014

Figure 5-28: Thailand - Ethanol Production (Billion Liter),
2009-2014

Figure 5-29: Thailand - Ethanol Consumption (Million Liter),
2008 & 2009

Figure 5-30: Thailand - Ethanol Exports (Million Liter), 2009
& 2010

Figure 5-31: Thailand - Biodiesel Production (Billion Liter),
2009-2014

Figure 5-32: Thailand - Biodiesel Consumption (Million Liter),
2008-2010

Figure 5-33: Indonesia - Ethanol Production (Million Liter),
2009-2014

Figure 5-34: Indonesia - Ethanol Consumption (Million Liter),
2008 & 2009

Figure 5-35: Indonesia - Biodiesel Production Capacity
(Billion Liter), 2008-2010

Figure 5-36: Indonesia - Biodiesel Production (Billion Liter),
2009-2014

Figure 5-37: Indonesia - Biodiesel Consumption (Million
Liter), 2008-2010

Figure 5-38: Indonesia - Biodiesel Exports (Million Liter),
2009 & 2010

Figure 5-39: Malaysia - Biodiesel Production (’000 Metric
Tons), 2009-2014

Figure 5-40: Czech Republic - Ethanol Production (Billion
Liter), 2009-2014

Figure 5-41: Czech Republic - Ethanol Demand (Million
Liter), 2009 & 2010

Figure 5-42: Czech Republic - Biodiesel Production
Capacity (’000 Metric Tons), 2008-2010

Figure 5-43: Czech Republic - Biodiesel Production (’000
Metric Tons), 2009-2014

Figure 5-44: Sweden - Ethanol Production (Billion Liter),
2009-2014

Figure 5-45: Sweden - Ethanol Consumption (’000 Metric
Tons), 2008-2010

Figure 5-46: Sweden - Biodiesel Production Capacity (’000
Metric Tons), 2008-2010

Figure 5-47: Sweden - Biodiesel Production (Billion Gallon),
2009-2014

Figure 5-48: Denmark - Biodiesel Production Capacity (’000
Metric Tons), 2008-2010

Figure 5-49: Denmark - Biodiesel Production (Billion Gallon),
2009-2014

Figure 5-50: France - Ethanol Production (Billion Liter), 2009
-2014

Figure 5-51: France - Biodiesel Production Capacity (’000
Metric Tons), 2008-2010

Figure 5-52: France - Biodiesel Production (Million Metric
Tons), 2009-2014

Figure 5-53: Germany - Ethanol Production (Billion Liter),
2009-2014

Figure 5-54: Germany - Ethanol Consumption (’000 Metric
Tons), 2008-2010

Figure 5-55: Germany - Biodiesel Production Capacity
(Million Metric Tons), 2008-2010

Figure 5-56: Germany - Biodiesel Production (Million Metric
Tons), 2009-2014

Figure 5-57: Germany - Biodiesel Fuel Tax Rebates
(Cents/Liter), 2009-2012

Figure 5-58: Italy - Ethanol Production (Million Liter), 2009
-2014

Figure 5-59: Italy - Biodiesel Production Capacity (’000
Metric Tons), 2008-2010

Figure 5-60: Italy - Biodiesel Production (’000 Metric Tons),
2009-2014

Figure 5-61: Spain - Ethanol Production (Million Liter), 2009
-2014

Figure 5-62: Spain - Ethanol Consumption (’000 Metric
Tons), 2008-2010

Figure 5-63: Spain - Biodiesel Production Capacity (’000
Metric Tons), 2008-2010

Figure 5-64: Spain - Biodiesel Production (’000 Metric Tons),
2009-2014

Figure 5-65: UK - Biodiesel Production Capacity (’000
Metric Tons), 2008-2010

Figure 5-66: UK - Biodiesel Production (’000 Metric Tons),
2009-2014

Figure 6-1: Global - Oil Consumption (Million Barrel/Day),
2007-2011

Figure 6-2: Percentage Change in GHG Emissions by
Various Fuels



List of Tables:



Table 3-1: Global - Existing, Under-Construction &
Proposed Cellulosic Ethanol Facilities"


Request free sample pages from Global Biofuel Market Analysis

Other selected research from the 'Markets' category:


The CRO Market Outlook: Emerging markets, leading players and future trends
Rising costs and falling productivity, among other trends are driving pharmaceutical companies to outsource an increasing range of functions to CROs in search of time and cost savings Learn More


The Future Of Array Technologies: Impact on drug discovery and market growth in DNA, protein and tissue arrays
The study of genes used to be a slow and arduous process with a single gene studied in a single experiment. The filter and blotting methods used provided limited information about other genes or how single genes interact with the collective gene product in a living organism. Learn More