Sugar Cane Bio Fuel

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Sugar Cane Bio Fuel

• Noda Huynh

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Introduction

• Bio fuel is fuel that is produced from converting
  the starch content of the plants biomass such as
  corn, potatoes, wheat, beets or sugar cane into a
  source of energy
• Sugar cane has been known over the years as the
  major producer of ethanol, in Brazil- which is
  the leading sugar cane producer, sugarcane has
  been used to produce bio fuel that runs motor
  engines.

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Contents
Sustainable Energy Sugar Cane Bio Diesel
Sugar cane Bio Diesel Industry in Brazil
Characteristics of Sugarcane Bio Fuel
Advantages - Disadvantages
Sugarcane Bio Fuel in Asia
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Sugar Cane Ethanol Bio Diesel
Sugar Cane
C6H12O6 ? 2C2H6O 2CO2
Bio Diesel
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Contents
Sustainable Energy Sugar Cane Bio-Diesel
Sugar cane Bio Fuel Industry in Brazil
Characteristics of Sugarcane Bio Fuel
Advantages - Disadvantages
Sugarcane Bio Fuel in Asia
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Sugar Cane Bio Fuel Industry in Brazil

• Sugar cane plantations cover 3.6 million hectares
  of land for ethanol production, with a
  productivity of 7,500 liters of ethanol per
  hectare.
• In 2006, Brazil produced 16.3 billion liters
  which represents 35 of the world's total ethanol
  production
• Brazil has the earliest largest and most
  successful bio-fuel programs in the world,
  involving production of ethanol fuel fromsugar
  cane, and it is considered to have the world's
  first sustainable fuel economy.

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World Ethanol Production
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Purpose of using Bio Fuel in Brazil
Protect the sugarcane plantation industry
Bio Fuel
Increase the utilization of the local domestic
recourses of renewable energy
Reduce environment pollution
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Contents
Sustainable Energy Sugar Cane Bio-Diesel
Sugar cane Bio Fuel Industry in Brazil
Characteristics of Sugarcane Bio Fuel
Advantages - Disadvantages
Sugarcane Bio Fuel in Asia
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Characteristics of Bio Fuel
Sugar Cane Bio Fuel
Friendly Environment
Favorable combustion
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Contents
Sustainable Energy Sugar Cane Bio-Diesel
Sugar cane Bio Fuel Industry in Brazil
Characteristics of Sugarcane Bio Fuel
Advantages - Disadvantages
Sugarcane Bio Fuel in Asia
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Advantages of Bio Fuel
Energy Balance
Available
Environment
Cost
Reduce the effect of global warming
Produce energy higher than the energy used to
manufacture
Economical and affordable
The available sugarcane is reliable
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Disadvantages of Bio Fuel
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Reducing food production
Nitrogen oxide emission
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Damage filters of car engine
Transportation and storage
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Conclusion

• The use of bio fuel is very reliable as the
  advantages out does the disadvantages.
• It is also the only way that the conservation of
  the environment and the world from the alarming
  global warming can be achieved.
• Fossil fuels are the greatest pollutants of the
  environment known ever as they produce large
  amounts of Carbon products.

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Bio Fuel in Asia
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Contents
Bio fuel in Asia
Bio fuel Production
Bio fuel Impacts
Bio fuel Development Challenges
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Bio fuel Production in the World
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Bases for Bio fuel Policies in Asia
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Major Policies on Bio fuel Indonesia

• Minister of Energy Decree No. 02/2004 on
  Renewable Energy Development and Energy
  Conservation, focusing on biomass geothermal,
  solar, water, wind and wave.
• Presidential Instruction No 1/2006 on Provision
  and Utilization of Biofuel. Presidential Decree
  No 5/2006 on Biofuel Development, focusing on
  energy diversification to fulfill national energy
  demand in the long-run.
• Law No 30/2007 on Energy, stipulating efficient
  utilization of energy, improving added value,
  sustainable energy, human welfare, environmental
  conservation and national security.
• National Energy Blue-Print (2006) bio-diesel to
  fulfill 2 percent of total consumption diesel
  fuels by 2010.
• Bio-diesel from palm oil is the first priority,
  targeted about 62.000 kiloliters equivalent to
  62.000 tons)
• The second priority is from Jatropha, which has
  been widely known by local farmers across the
  country.

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Major Policies on Bio Fuel Malaysia

• National Biofuel Policy (August 2005) to
  encourage the
• production and usage of palm oil biofuel as an
  environmentally
• friendly alternative energy source, and to
  stabilize palm oil
• prices at higher level through increased usage of
  palm oil.
• Three strategies (1) production and utilization
  of biofuel for
• transportation, (2) production of biofuel for
  export, especially to
• the European market, and (3) commercialization of
  biofuel
• technology as a local technology.
• Two of the plants are in Port Klang and third is
  located in Pasir Gudang, Johor.
• Incentive to boost the new industry, the plants
  have been built
• MPOB in collaboration of, with the private
  sector. MPOB has
• an equity stake of 50 percent in each plant

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Major Policies on Bio fuel Thailand

• Specification of pure alcohol, gasohol 95 and
  gasohol 91. Government cars have to use gasohol,
  government offices can purchase gasohol engine
  care
• Alcohol producers are allowed to export alcohol
  (12 December 2006)
• The shift in government policy it decides not to
  ban the sale of Octane-95 gasoline which was
  scheduled on1 January 2007
• Large number of old cars cant use gasohol. 42
  percent (1.6 mil cars) of passenger cars in
  Bangkok are older than 10 years. There are at
  least 500,000 cars with carburetors.
• Export constraints producers did not plan their
  plant location and facilities for export because
  the policy was originally to substitute ethanol
  for imported MTBE no tank trucks, too expensive
  tank farm, legal constraints for exporters
• Trade protection in many importing countries such
  as EU (102 Euro/cubic meter) China 40 tariff
  Japan 27.2 tariff. The market price of ethanol
  (16 baht) is now lower than the reference
  price(17.28 baht) which dropped from19.33 baht
  in Q1/ 2007

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Bio Fuel Production in Asia
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World Production of Palm Oil (million tons)
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Malaysia - Importance of Palm Oil Industry

• Third pillar of nations' economy and catalyst for
  rural development and resultant political
  stability
• Provide direct employment to 400,000 people
• Feeding the world Malaysian palm oil is consumed
  in more than 150 countries world wide
• More than half a billion perennial carbon-
  sequestering palm trees

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Agricultural Land Use (6.02 mil ha)
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Distribution of Malaysian Oil Palm
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Indonesia
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Indonesia

• High expectation on Jatropha toencourage small
  farmers to participate
• This crop is suitable in dry areas of eastern
  Indonesia such as West and EastNusa Tenggara,
  Southeast Sulawesi, West Sulawesi, Gorontalo,
  Maluku,Papua (and Java). Estimates suggest that
  area potentials for Jatropha curcas in Eastern
  Indonesia is about 20 million hectare, where 7.5
  million is for biofuel.
• Energy-self sufficient village
• Energy-self-sufficient village is a program to
  fulfill the villages needs on energy, create
  job, alleviate poverty, improve capacity of local
  community.
• ESSV is implemented gradually, starting from
  the villages that have been prioritized by the
  Government, state-owned companies, and private
  sector

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Thailand- Sugar Production

• Production fluctuates in the range of 47-74
  million tons, depending on rainfall as most
  production areas are rain-fed

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Thailand Third Largest Exporter of Sugar
(About 67 of sugar production are exported)
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Thailand sugar Markets in Asia
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Biofuels Impacts on Food Security Rural
Development
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Deforestation
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Carbon Emission - Reforestation

• Biodiesel has been promoted as a form of biomass
  that can be used as a renewable energy source to
  reduce net emissions of carbon dioxide into the
  atmosphere.
• Reforestation is the only one that actually
  removes carbon dioxide from the atmosphere and
  puts it somewhere else, i.e., into the mass of a
  live, growing forest. Also, scientists know that
  deforestation is responsible for about 25 of
  climate change, making reforestation a vital part
  of reducing emissions while providing time to
  transition to a clean energy economy
• Reforestation, if several native species are
  used, can provide other benefits in addition to
  financial returns, including restoration of the
  soil, rejuvenation of local flora and fauna, and
  the capturing and sequestering of 38 tons of
  carbon dioxide per hectare per year

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Challenges for Bio fuel Development

• Major research challenges remain on food, fuel,
  feed
• Inter-linkages in resource allocation and
  product use
• Non-food commodities are likely to become
  alternatives
• Rural industry development and employment
  creation
• The roles of local government, civil society
  groups to improve social capital and governance
  in the policy making process.
• Macroeconomic elements, trade and development
• Indonesia struggle to stabilize the price of
  cooking oil
• Malaysia Sustainability concerns, other
  feedstock advantages
• Thailand Gradual liberalization by introducing
  sugar price-band

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Thank You !