Biomass Conversion Technology for Transport in the Philippines - - PowerPoint PPT Presentation

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Biomass Conversion Technology for Transport in the Philippines - - PowerPoint PPT Presentation

Dec 01, 2023 118 likes •232 views

Biomass Conversion Technology for Transport in the Philippines Regional Workshop on Overcoming Critical Bottlenecks to Accelerate Renewable Energy Deployment in ASEAN+6 Countries June 14, 2016 Bangkok, Thailand Ruby B. De Guzman Department

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Biomass Conversion Technology for Transport in the Philippines

Ruby B. De Guzman Department of Energy Philippines

Regional Workshop on Overcoming Critical Bottlenecks to Accelerate Renewable Energy Deployment in ASEAN+6 Countries

June 14, 2016 Bangkok, Thailand

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SLIDE 2

Renewable Energy Management Bureau (REMB)

Department of Energy

Existing Biomass Conversion Technology for Transport Sector

Biofuel Type Technology Feedstock

  • 1. Bioethanol

Fermentation- Distillation-Dehydration

  • 1. Molasses
  • 2. Sugarcane Juice
  • 3. Sweet Sorghum*
  • 4. Cassava*
  • 5. Nipa Sap*
  • 2. Biodiesel

Transesterification- Washing-Dehydration

  • 1. Coconut Oil
  • 2. Used Cooking Oil*
  • 3. Jatropha and Other

Non-Food Oil Bearing Fruits*

* Under Study

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SLIDE 3

Renewable Energy Management Bureau (REMB)

Department of Energy

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Provides fiscal incentives and mandates the use of biofuel- blended gasoline and diesel fuels

BIODIESEL

  • 2015 consumption of 200 million liters

(CME)

  • 2% biodiesel blend starting Feb. 6, 2009

BIOETHANOL

  • 10% bioethanol blend to all gasoline starting
  • Feb. 6, 2012

Republic Act No. 9367: The Biofuels Act of 2006

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SLIDE 4

Renewable Energy Management Bureau (REMB)

Department of Energy

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Targeted Biofuels Blend, 2013-2030

B2 to B5

E20/E85

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SLIDE 5

Renewable Energy Management Bureau (REMB)

Department of Energy

Biofuels Supply and Demand

BIODIESEL SUPPLY

  • 11 accredited producers

with annual total capacity of 584.9 million liters

  • 2 pending applications

with proposed total annual capacity of 90 million liters BIOETHANOL SUPPLY

  • 10 accredited producers

with annual total capacity of 282 million liters

  • 3 production facilities to

be on-stream between 2016-2018 with total additional capacity of 149 million liters

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SLIDE 6

Renewable Energy Management Bureau (REMB)

Department of Energy

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(in million liters)

Year Gasoline Demand Bioethanol Blends (Target) Supply Requirement

2016 4,203 10% 420.3 2020 4,359 20% 871.8 2025 4,948 20% 989.8 2030 5,513 20%/85% 1,102.6

Bioethanol Supply-Demand Outlook, 2016-2030

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SLIDE 7

Renewable Energy Management Bureau (REMB)

Department of Energy

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(in million liters)

Year Diesel Demand Biodiesel Blends (Target) Supply Requirement

2016 7,176.41 5% 358.82 2020 7,923.37 10% 792.34 2025 8,693.73 20% 1,738.75 2030 9,030.68 20% 1,806.14

Biodiesel Supply-Demand Outlook, 2013-2030

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SLIDE 8

Renewable Energy Management Bureau (REMB)

Department of Energy

Opportunities and Challenges

OPPORTUNITIES CHALLENGES

  • Biodiesel and bioethanol

mandate under RA 9367

  • Cost of current feedstock for

both biodiesel and bioethanol including supply sustainability

  • Fiscal incentives under

RA 9367 and RA 9513

  • High production cost
  • Available areas for

feedstock production

  • Local bioethanol to fully serve

the mandated volume requirement

  • Commercially available 2nd and

3rd generation production technology and cost

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SLIDE 9

Renewable Energy Management Bureau (REMB)

Department of Energy

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THANK YOU!!!

www.doe.gov.ph ruby.deguzman@doe.gov.ph