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<strong>Report</strong> Code :HC 1002<br />

2016-2024<br />

<strong>Global</strong> <strong>Biofuel</strong>s Market Outlook 2024: <strong>Global</strong> Opportunity & Growth Analysis, 2016-<br />

2024<br />

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Published By: Goldstein <strong>Research</strong>


1. Executive Summary<br />

Fig: 1-1 <strong>Global</strong> <strong>Biofuel</strong>s Market Size USD (Billion). 2016-2024<br />

Fig: 1-2 <strong>Global</strong> <strong>Biofuel</strong>s Market Share(%), By Region-2016-2024<br />

XX%<br />

CAGR: (2016-2024)<br />

XX%<br />

XX%<br />

2016<br />

XX%<br />

XX%<br />

XX%<br />

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XX%<br />

<strong>Report</strong><br />

2024<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

2016e 2017e 2018f 2019f 2020f 2021f 2022f 2023f 2024f<br />

Source: Goldstein <strong>Research</strong><br />

In 2016, Bio Ethanol accounted for the highest <strong>market</strong> share<br />

XX% in <strong>Biofuel</strong>s Market<br />

North America Asia-Pacific Latin America Europe Middle East & Africa<br />

Source: Goldstein <strong>Research</strong><br />

With XX% share in 2016, Asia Pacific region dominated the collective<br />

<strong>Global</strong> <strong>Biofuel</strong>s <strong>market</strong><br />

Fig: 1-3 <strong>Global</strong> <strong>Biofuel</strong>s Market Share(%), By<br />

Product Type-2016<br />

Fig: 1-4 <strong>Global</strong> <strong>Biofuel</strong>s Market Share(%), By Form<br />

of <strong>Biofuel</strong>-2016<br />

Fig: 1-5 Top Countries with Highest CO2 Emission,<br />

2016<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

Bio-Ethanol<br />

Bio-Diesel<br />

Bio-Methnol<br />

Bio-Hydrogen<br />

Pallets<br />

XX%<br />

XX%<br />

XX%<br />

Liquid <strong>Biofuel</strong><br />

Gaseous <strong>Biofuel</strong><br />

Solid fuel<br />

Highest Rates<br />

China<br />

U.S.A.<br />

India<br />

Russia<br />

Japan<br />

Source: Goldstein <strong>Research</strong><br />

Source: Goldstein <strong>Research</strong><br />

Source: Goldstein <strong>Research</strong><br />

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Key Findings<br />

• The global <strong>Biofuel</strong>s <strong>market</strong> accounted for USD XX billion in 2016 and tends to reach the valuation of USD XX billion by 2024<br />

at a CAGR of XX% over the forecast years owing to the fact that combination of government policy initiatives and increasing<br />

oil prices have been pushing the growth of biofuel <strong>market</strong>.<br />

• Commercial production of 2 nd generation bioethanol from lingo-cellulosic materials that is expected to supplement the<br />

annual supply of XX billion gallons of 1 st Generation bioethanol. It is expected that global bioethanol production and<br />

utilization will increase significantly in the near future from XX billion gallons in 2016 to XX billion gallons by 2024.<br />

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Rising CO2<br />

levels<br />

• Regions with high energy consumption such as Europe and North America and regions with high energy production such as<br />

Brazil, Indonesia are witnessed in phenomenon of biofuels production of XX% of the total global biofuel production.<br />

• <strong>Biofuel</strong>s such as diesel, ethanol and wood can be produces from existing technologies. The new trend is named as 2 nd<br />

generation biofuels which are specifically made from biomass such as lingo cellulosic feedstock to convert enzymes into<br />

fuels.<br />

• Renewable energy supply globally was XX TWh in 2016 which has increased by XX% since 2014. Among the consumption of<br />

renewable energy, electricity has the largest share of among all other sectors. Though biomass is 3 rd largest source of<br />

generating electricity, however solar and wind energy are the fastest growing sectors with annual growth rate of XX%.<br />

Cost Effective<br />

Technological<br />

Advancements<br />

Feedstock<br />

2016<br />

Asia-Pacific & Latin America <strong>Biofuel</strong>s Market (USD Billion)<br />

Asia-Pacific<br />

Latin America<br />

XX Billion<br />

XX Billion<br />

Non-Renewable<br />

Energy<br />

2024<br />

XX Billion<br />

XX Billion


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<strong>Global</strong> Country <strong>Biofuel</strong> Production, 2016-2024<br />

Country<br />

<strong>Biofuel</strong> Production in 2016 (in Metric<br />

tons)<br />

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<strong>Biofuel</strong> Production in 2024 (in Metric<br />

tons)<br />

U.S.A. XX XX<br />

Brazil XX XX<br />

Germany XX XX<br />

Argentina XX XX<br />

Japan XX XX<br />

France XX XX<br />

China XX XX<br />

U.K. XX XX<br />

Australia XX XX<br />

India XX XX


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<strong>Global</strong> <strong>Biofuel</strong> Market Overview<br />

Fig:- <strong>Global</strong> Raw Material share for Biodiesel Production<br />

Animal Fats<br />

Microalgae<br />

Edible Plant<br />

Oils<br />

Raw<br />

Material<br />

Used Edible<br />

Oils<br />

Non-Edible<br />

Plant Oils<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

Fig:- <strong>Global</strong> Renewable Energy Supply Region Wise<br />

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Africa America Asia Europe Oceania World<br />

Hydro2<br />

Wind<br />

Solar Thermal<br />

Solar PV<br />

Geothermal<br />

Hydro<br />

Biomass<br />

total<br />

Fig:- <strong>Global</strong> Energy Supply – 2016<br />

2016<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

Nuclear<br />

Renewables<br />

Coal<br />

Oil<br />

Natural Gas<br />

Fig:- <strong>Global</strong> Primary Energy Supply For all Renewables-2016<br />

XX% XX% XX%<br />

XX%<br />

Biomass<br />

Hydro<br />

XX%<br />

Geothermal<br />

Solar PV<br />

Solar Thermal<br />

XX%<br />

Wind


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2. <strong>Research</strong> Methodology<br />

Goldstein <strong>Research</strong> follows a comprehensive and rigorous research methodology to provide you accurate estimates and<br />

forecast of a particular <strong>market</strong>. We provide estimates, forecast and analysis primarily based on secondary research, primary<br />

interviews, in-house database and other free as well paid sources.<br />

Our company follows simultaneous top down and bottom approach in order to provide you the accurate <strong>market</strong> sizing. Data<br />

triangulation method is strictly followed where we triangulate the data from all the aspects, be it Function Type, application,<br />

industry verticals, material, product type or geography.<br />

In addition, the research methodology we follow is a systematic approach in order to estimate and project the <strong>market</strong> sizing<br />

keeping in mind all the on-going and upcoming trends of the <strong>market</strong>. We conduct both primary and secondary research in<br />

order to estimate a <strong>market</strong> and validate our key findings.<br />

We put together our effort and prepare an inclusive questionnaire depending on the title of the <strong>market</strong> we are tracking and<br />

extract the important information we require to validate our findings. Our team of Analysts and experts dedicatedly put their<br />

effort to provide you the best possible and accurate data and analysis. Adding to that; technological, economic, cultural and<br />

social aspects along with the regulatory barriers are completely analysed to understand the comprehensive <strong>market</strong> scenario<br />

across different geographies.<br />

Understanding the <strong>market</strong> from both buyer and seller point of view is important to track a <strong>market</strong> and provide analysis on<br />

the same. We not only provide the <strong>market</strong> data of the four geographies as a whole, namely, North America, Europe, Asia-<br />

Pacific, Latin America, Middle East & Africa and Rest of the World (RoW) but we also provide you qualitative as well we<br />

qualitative information on country level bifurcation.<br />

We at Goldstein <strong>Research</strong> provide you:<br />

• Precise Estimates and Forecast<br />

• Authentic Analysis<br />

• In-depth Data and Analysis<br />

• Authentic Sources<br />

• Reliable Data and Analysis<br />

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6.1. <strong>Global</strong> <strong>Biofuel</strong> Market Share(%) - By Product Type,2016-2024<br />

Fig: 6-1 <strong>Global</strong> <strong>Biofuel</strong> Market Share, By Product Type, 2016-2024<br />

XX%<br />

XX%<br />

XX%<br />

XX% 2016<br />

XX%<br />

Bio-Ethanol<br />

Bio-Diesel<br />

Bio-Methnol<br />

Bio-Hydrogen<br />

XX%<br />

XX%<br />

XX% 2024<br />

XX%<br />

XX%<br />

Key Findings<br />

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•U.S.A. <strong>Biofuel</strong> <strong>market</strong> valued USD XX billion in 2016 and tends to<br />

reach the value of USD XX billion by 2024 at a considerable CAGR<br />

over the forecast period<br />

•The top 10 countries with high biomass resources supply includes<br />

mainly the Asian countries but USA, Brazil and Canada are<br />

exception in this list.<br />

•Bioethanol and biodiesel are the major biofuels that use the XX%<br />

of agricultural feedstock compared to other raw material sources.<br />

<strong>Biofuel</strong> production covers 2.9% of the land area used for<br />

production of major biofuel crops<br />

Source: Goldstein <strong>Research</strong><br />

Pallets<br />

•Most of the biofuels produced was from bioethanol produced<br />

from fermentation of sugar based crops. Rest from biodiesel via<br />

trans-esterification of vegetable oils and animal fats.<br />

Fig: 7-4 <strong>Global</strong> <strong>Biofuel</strong> Market Size (USD Billion), By Product Type-2016-<br />

2024<br />

Fig: 6-3 <strong>Global</strong> <strong>Biofuel</strong> Market Y-O-Y Growth, By Type, 2016-2024<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

2016 2024<br />

2015 2016e 2017f 2018f 2019f 2020f 2021f 2022f 2023f<br />

Bio-Ethanol Bio-Diesel Bio-Methnol Bio-Hydrogen Pallets<br />

Source: Goldstein <strong>Research</strong><br />

Source: Goldstein <strong>Research</strong><br />

Y-o-Y


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4. <strong>Global</strong> <strong>Biofuel</strong>s Market Size (USD Billion) & Growth Analysis<br />

Fig:- 4-1 <strong>Global</strong> <strong>Biofuel</strong>s Market Size (USD Billion)-2016-2024<br />

Fig:- 4-2 <strong>Global</strong> <strong>Biofuel</strong>s Market Y-O-Y Growth (%) Analysis-2016-2024<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX XX<br />

XX<br />

XX<br />

2015 2016 2017 2018 2019 2020 2021 2022 2023 2024<br />

Source: Goldstein <strong>Research</strong><br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

2015 2016 2017 2018 2019 2020 2021 2022 2023 2024<br />

Source: Goldstein <strong>Research</strong><br />

XX%<br />

Get Full <strong>Sample</strong><br />

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XX%<br />

XX%<br />

XX%<br />

XX%<br />

• <strong>Global</strong> <strong>Biofuel</strong>s <strong>market</strong> tends to increase at a CAGR of XX% and reach the <strong>market</strong> value of USD XX billion by 2024.<br />

<strong>Biofuel</strong>s are used predominantly for road transport i.e. XX% of road transport sector and options are also available for<br />

marine and aviation sectors as well. <strong>Global</strong> production of biofuels produced XX million tones of protein production, a<br />

major source of feed.<br />

• Other biofuel sectors with rapid growth or volumes are biogas, pellets and charcoal. Biogas production reached XX<br />

billion Nm3 with an average growth rate of XX%. Almost half of the biogas production occurs in Europe.<br />

•<strong>Global</strong>ly XX billion liters of biofuels are produced annually with an annual growth rate of XX% which is lot more higher<br />

than biomass supply at XX%


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4.1. <strong>Global</strong> <strong>Biofuel</strong>s Market Overview, By Region and Market Players-2016<br />

Fig:- 4-3 <strong>Global</strong> <strong>Biofuel</strong>s Market Share (%), By Country, 2016 Fig:- 4-4 <strong>Global</strong> <strong>Biofuel</strong>s Market Share (%), By Players, 2016<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

United States of<br />

America<br />

Brazil<br />

Germany<br />

Argentina<br />

Indonesia<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

Cosan<br />

Gevo<br />

XX%<br />

Coskata<br />

BlueFire Renewables<br />

Get Full <strong>Sample</strong><br />

Chief Industries Inc.<br />

<strong>Report</strong><br />

Bio Amber<br />

France<br />

XX%<br />

Sapphire Energy<br />

XX%<br />

China<br />

XX%<br />

XX%<br />

Genomatica<br />

Green Biologics<br />

Source: Goldstein <strong>Research</strong><br />

Netherlands<br />

Source: Goldstein <strong>Research</strong><br />

Others<br />

• <strong>Global</strong> <strong>Biofuel</strong>s <strong>market</strong> accounted USD XX billion in 2016 on the back of the policies on energy independence and<br />

climate change have encouraged development and utilization of renewable energy in the form of bioenergy and<br />

biofuels.<br />

• China has the largest urban population of XX million people with USD XX billion GDP. China has highest CO2<br />

emissions and requires XX PJ renewable energy supply compared to other regions. The source of raw material through<br />

forestry and agricultural produce in China is sufficient for the production of biofuels.


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5.1. Growth Drivers<br />

Increasing Use of Non-Renewable Resources Driving The <strong>Biofuel</strong>s Market<br />

‣ In the year 2016 non-renewable energy production has increased by XX% in 2016 from XX<br />

TWh.<br />

‣ The use of Microalgae is the new trend of producing biofuels to avoid the utilization of food<br />

resources for energy production.<br />

‣ Pellets are formed by compressing original materials has high density and energy content per<br />

unit volume compared to unprocessed biomass, useful for long distance transportation.<br />

‣ Various technologies have been developed to enable co-firing of biomass with coal such as<br />

Utilizing biomass in an existing thermal power plant can be accomplished through direct or<br />

indirect co-firing.<br />

<strong>Global</strong> Non-Renewable Energy Generation by<br />

Siurces<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

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Coal/Peat<br />

Natural Gas<br />

Hydro<br />

Nuclear<br />

Oil<br />

Others<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

Petroleum Liquid Fuel Consumption of Major Regions<br />

2016-2024<br />

China India Middle East USA Europe Japan<br />

2016<br />

2024<br />

Impact Analysis:-<br />

• <strong>Biofuel</strong>s producers have achieved significant<br />

improvements in crop production and processing<br />

efficiencies and that the volume of biofuels produced in<br />

20169 in a specific planted area is several times higher<br />

than it used to be a decade ago. Improved production<br />

methods and technologies are expected to increase these<br />

efficiencies even further.<br />

• Customers have realized the importance of cycle<br />

efficiency, safety and wastage reduction, resulting into<br />

more acceptance of the bio based products such as<br />

biofuels.<br />

High Medium Low<br />

Impact on <strong>Biofuel</strong>s Market


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5.3.1. Market Restraints<br />

Complication in Adapting <strong>Biofuel</strong>s<br />

‣ Some government pose restrictions on biofuel production or import due to the type of raw<br />

material being used such as government of Poland announced a law against certain imported<br />

biofuels and raw materials for biofuel.<br />

XX<br />

XX<br />

XX<br />

Top 5 Countries Expenditure on <strong>Biofuel</strong> Production<br />

XX XX XX<br />

XX<br />

XX<br />

‣ There is strict parameters for using agricultural and forestry produce as this hampers the food<br />

security initiatives in a economy.<br />

‣ The commercial viability of the biofuels is very important in order to replace the existing fuels<br />

made from non-renewable sources<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

Electricity Generation Through Various Sources<br />

XX%<br />

XX%<br />

Hydro<br />

Geothermal<br />

Solar PV<br />

Solar Thermal<br />

Wind<br />

Biomass<br />

XX<br />

USA Brazil China India France<br />

Source: National Center for Biotechnology Information<br />

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Impact Analysis:-<br />

• Recent concerns arise that biofuel production competes with<br />

food production. the demand for biomass increases, the<br />

production of biofuels will not only compete with the food<br />

sector, but also with chemical industries and regenerative raw<br />

materials.<br />

• The share of total road-transport fuel is not expected to<br />

surpass X% by 2030. Thus biofuels production costs still remain<br />

comparatively high and substantial cost reductions are<br />

required for cost types to become commercially competitive.<br />

Source: National Center for Biotechnology Information<br />

Impact on <strong>Biofuel</strong>s Market<br />

High Medium Low


6.1(a). <strong>Global</strong> Revenue (USD Billion) of <strong>Biofuel</strong>s, By Form of <strong>Biofuel</strong>, 2016-2024<br />

Form of<br />

<strong>Biofuel</strong>/Year<br />

2016 2017 2018 2019 2020 2021 2022 2023 2024 CAGR %<br />

Liquid <strong>Biofuel</strong> XX XX XX XX XX XX XX XX XX XX%<br />

Gaseous<br />

<strong>Biofuel</strong><br />

XX XX XX XX XX XX XX XX XX XX%<br />

Solid <strong>Biofuel</strong> XX XX XX XX XX XX XX XX XX XX%<br />

Liquid <strong>Biofuel</strong> Production <strong>Global</strong>ly, 2016-2024<br />

Get Full <strong>Sample</strong><br />

<strong>Report</strong><br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

Advanced <strong>Biofuel</strong><br />

Biodiesel<br />

Bioethanol<br />

XX<br />

2016 2017 2018 2019 2020 2021 2022 2023 2024<br />

Source: Goldstein <strong>Research</strong><br />

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6.1.1. <strong>Global</strong> Bioethanol Market, 2016-2024<br />

Fig:- 6-4 <strong>Global</strong> Bioethanol Market Size (USD Billion)-2016-2024<br />

Fig:- 6-5 <strong>Global</strong> Bioethanol Market Y-O-Y Growth (%) Analysis-2016-2024<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

2015 2016 2017 2018 2019 2020 2021 2022 2023 2024<br />

Source: Goldstein <strong>Research</strong><br />

•<strong>Global</strong> Bioethanol <strong>market</strong> was USD XX billion in 2016,<br />

expected to attain the growth rate of XX% over the<br />

forecast period and reach USD XX Billion by 2024.<br />

• Asia-Pacific Bioethanol <strong>market</strong> dominate owing to the<br />

largest economies having feedstock available closely<br />

followed by North America with XX% <strong>market</strong> share in<br />

bioethanol.<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

2015 2016 2017 2018 2019 2020 2021 2022 2023 2024<br />

Source: Goldstein <strong>Research</strong><br />

Fig:- 6-6 <strong>Global</strong> Share of <strong>Biofuel</strong>s in major crop production, 2016<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

Get Full <strong>Sample</strong><br />

<strong>Report</strong><br />

XX%<br />

XX%<br />

XX%<br />

Wheat<br />

Maize<br />

Other Grains<br />

Sugarbeet<br />

Sugarcane<br />

Palm oil<br />

Vegetable Oil<br />

XX%<br />

Source: Goldstein <strong>Research</strong><br />

Copyright All Rights Reserved, Goldstein <strong>Research</strong> www.goldsteinresearch.com


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6.3. <strong>Global</strong> <strong>Biofuel</strong>s Market Attractiveness and BPS Analysis by Product Type,<br />

2016-2024<br />

Fig: 6-7 <strong>Global</strong> <strong>Biofuel</strong>s Market Attractiveness-By Product Type, 2016-<br />

2024<br />

Fig: 6-8 <strong>Global</strong> <strong>Biofuel</strong>s Market BPS Analysis- By Product Type, 2016-2024<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

XX%<br />

Get Full <strong>Sample</strong><br />

XX%<br />

<strong>Report</strong><br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX%<br />

XX%<br />

XX<br />

XX XX XX XX XX XX XX<br />

Bio-Ethanol<br />

Bio-Hydrogen<br />

Bio-Methanol<br />

Pallets<br />

Bio-Diesel<br />

XX<br />

XX<br />

2016 2024<br />

Bio-Ethanol Bio-Diesel Bio-Methnol Bio-Hydrogen Pallets<br />

Source: Goldstein <strong>Research</strong><br />

Source: Goldstein <strong>Research</strong><br />

‣According to Goldstein <strong>Research</strong>, Bioethanol holds largest <strong>market</strong> owing to its easier production and availability of raw<br />

material as compared to other biofuels.<br />

‣Biodiesel tends to capture the large <strong>market</strong> share in the near future on the expense of bio methanol and bio hydrogen<br />

on account of increasing requirement of the biodiesel for the functioning of the economy. Pellets have high usability for<br />

long route transportation hence its <strong>market</strong> share is also expected to increase in future.


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6.4. <strong>Global</strong> <strong>Biofuel</strong>s Market Share (%), 2016 & Market Size (USD Billion), By<br />

Region,2015 & 2016<br />

Fig: 6-9 <strong>Global</strong> <strong>Biofuel</strong>s Market Share (%) - By Region, 2016 Fig: 6-10 <strong>Global</strong> <strong>Biofuel</strong>s Market Size (USD Billion) - By Region, 2015-2016<br />

XX%<br />

XX%<br />

XX%<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

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XX<br />

XX<br />

2015 2016<br />

XX<br />

XX%<br />

XX%<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

North America<br />

Latin America<br />

Middle East & Africa<br />

Asia-Pacific<br />

Europe<br />

XX<br />

North America APAC Latin America Europe Middle East &<br />

Africa<br />

Source: Goldstein <strong>Research</strong><br />

Source: Goldstein <strong>Research</strong><br />

• Asia-Pacific is expected to dominate the <strong>Biofuel</strong>s <strong>market</strong> with a <strong>market</strong> share of XX% by the end of the forecast period<br />

i.e. 2024 owing to the presence of high energy consumption and availability of feedstock such sugarcane, rice, corn and<br />

others.<br />

• Latin America <strong>Biofuel</strong>s <strong>market</strong> is anticipated to expand at a CAGR of XX% during the forecast period i.e. 2016-2024.<br />

The production capacity is expected to increase in Brazil and Argentina due to huge sugarcane production, share of<br />

which is used for producing bio-ethanol and the new technology adopted is expected to increase the bio-ethanol<br />

production by XX% by 2024.


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6.4.1. Asia-Pacific <strong>Biofuel</strong>s Market Size (USD Billion) & Y-O-Y growth (%),2016-<br />

2024<br />

Fig: 6-11 Asia-Pacific <strong>Biofuel</strong>s Market Size(USD Billion)-2016-2024<br />

XX%<br />

CAGR: (2016-2024)<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

Fig: 6-12 Asia-Pacific <strong>Biofuel</strong>s Market Share By Product Type, 2016-<br />

2024<br />

XX%<br />

XX%<br />

XX%<br />

Bio-Ethanol<br />

Bio-Diesel<br />

XX%<br />

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XX%<br />

XX%<br />

XX%<br />

Bio-Methnol<br />

XX%<br />

XX%<br />

Bio-Hydrogen<br />

XX%<br />

2015e 2016f 2017f 2018f 2019f 2020f 2021f 2022f 2023f<br />

Source: Goldstein <strong>Research</strong><br />

Fig: 6-13 Asia-Pacific <strong>Biofuel</strong>s Market Size (USD Millions), By<br />

Country-2016-2024<br />

Source: Goldstein <strong>Research</strong><br />

Pallets<br />

Fig: 6-14 Asia-Pacific <strong>Biofuel</strong>s Market Size By Product Type -2016-<br />

2024<br />

XX%<br />

XX<br />

XX<br />

XX%<br />

XX%<br />

XX%<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

2016 2023<br />

China<br />

India<br />

Source: Goldstein <strong>Research</strong><br />

2016 2024<br />

Bio-Ethanol Bio-Diesel Bio-Methnol Bio-Hydrogen Pallets<br />

Source: Goldstein <strong>Research</strong>


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6.4.1.1. China <strong>Biofuel</strong>s Market Size (USD Billion) & Y-O-Y growth (%), 2016-2024<br />

Fig: 6-15 Japan <strong>Biofuel</strong>s Market Size (USD Billion). 2016-2024<br />

XX%<br />

CAGR: (2016-2024)<br />

XX<br />

XX<br />

Fig: 6-16 Japan <strong>Biofuel</strong>s Market Y-O-Y Growth Rate, 2016-2024<br />

XX% XX% XX%<br />

XX%<br />

XX%<br />

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XX% XX% XX% XX%<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

XX<br />

2016f 2017f 2018f 2019f 2020f 2021f 2022f 2023f<br />

Source: Goldstein <strong>Research</strong><br />

2015 2016e 2017f 2018f 2019f 2020f 2021f 2022f 2023f<br />

Y-o-Y<br />

Source: Goldstein <strong>Research</strong><br />

• China <strong>Biofuel</strong>s <strong>market</strong> tends to reach the valuation of USD XX billion by 2024 at a growing CAGR of XX% over the forecast<br />

year owing to the high consumption of energy supply and to curb the rising CO2 emissions..<br />

•In China primary forestry area decreased while planted forests has seen an annual growth of XX% to reach XX million ha by<br />

2024.China , Russia and UK have the largest generation of derived heat from renewables.<br />

•China is the top renewable electricity generating nation generated XX TWh out of which more than 80% of renewable<br />

electricity comes from Hydropower. In comparison, EU generated XX TWh of renewable electricity with a more diversified<br />

electricity mix with a combination of biomass (20%), hydropower (43%), wind (27%) and other renewable electricity<br />

sources. Thus China is now also shifting its capacities towards biomass.


Revenue (USD Billion)<br />

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Source: Annual <strong>Report</strong><br />

COSAN (Revenue & Financial Analysis)<br />

COSAN- Revenue (USD Million), 2014-2016<br />

XX<br />

XX<br />

XX<br />

2014 2015 2016<br />

Key Takeaways<br />

• Fuel distribution <strong>market</strong> in 2015 grew by<br />

XX% as a proportion of Brazilian GDP, and<br />

with an improvement in the<br />

competitiveness of ethanol, due to record<br />

levels of sugarcane milling.<br />

• The sectors in which it operates– sugarenergy<br />

and fuel distribution and sales –<br />

has been experiencing growth in<br />

production and sales volumes over the<br />

last few years.<br />

• In 2016, the total cost of goods<br />

sold(COGS) amounted to USD XX billion,<br />

up XX% compared to 2015. This increase<br />

is in line with the growth in sales volume<br />

and is also the result of Petrobras diesel<br />

and gasoline price increases<br />

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Key Financials 2015 2016<br />

Operating Margin XX% XX%<br />

Net Profit Margin XX% XX%<br />

Debt to Asset XX XX<br />

Market Capitalization USD XX Billion USD XX Billion


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COSAN ( Revenue Split & Recent News)<br />

COSAN Revenue (%)-By Business Segment, 2016<br />

COSAN Revenue (%)-By Geography, 2016<br />

XX%<br />

XX%<br />

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Norrth America<br />

XX%<br />

XX%<br />

Energy<br />

Logistics<br />

Middle East<br />

Asia-Pacific<br />

XX%<br />

XX%<br />

XX%<br />

Latin America<br />

Europe<br />

Source: Annual <strong>Report</strong><br />

Source: Annual <strong>Report</strong><br />

Recent News & Developments<br />

• June, 2017: On June 17, 2017 Raízen Energia SA, the world’s largest sugar maker won a judicial auction for two sugar mills owned by Tonon<br />

Bioenergia SA, after its bid of USD XX million.<br />

• March, 2016: On march 1, 2016 Sumitomo invests in Cosan’s sugarcane pellet business by acquiring up to 20 percent of Cosan Biomassa S.A.<br />

• June, 2011: On June 2, 2011: Brazilian sugar-and-ethanol group Cosan Industria e Comercio SA and Royal Dutch Shell PLC announced formal<br />

creation of their Brazilian ethanol joint venture Raizen, to make it world's largest sugar-and-ethanol producer.


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