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Day 1 - [28 May, 2008 - Wednesday]
08:30
Registration & Morning Coffee
09:00
NEXT GEN ETHANOL PRODUCTION TECHNOLOGY & ECONOMICS

ETHANOL PRODUCTION

Brief Introduction to Mature technologies
• Squeezed sugar (Sugarcane)
- Process description
• Starch (Corn)
- Process description
• Distillation
- Alcoholic distillation, description, capacities
• Anhydrous ethanol production

Dr. Cesar B Granda, Research Engineer
Texas A&M University
10:00
ADVANCED MEMBRANE TECHNOLOGY FOR ETHANOL DEWATERING
Mr. Willy Yeo, Asst Vice President
Hyflux Group of Companies
10:45
CELLULOSIC ETHANOL

• Historic background of cellulosic ethanol
• Importance of establishing a cellulosic-ethanol economy
• Potential feedstock & yields
• Characteristics of lignocellulose
• Some incentives for implementing cellulosic ethanol
   - Agricultural waste burning phase out
   - Lignocellulose yields
   - Environmental impact of using wastes
   - Potential ethanol yield from lignocellulosic sources
• High-productivity crops (energy cane, Miscanthus hybrids, sweet sorghum, water     hyacinth)
• Harvesting, transportation and storage strategies (efficiency and economics)



Dr. Cesar B Granda, Research Engineer
Texas A&M University
12:00
Lunch
14:00
ETHANOL PRODUCTION FROM LIGNOCELLULOSE

i) Gasification followed by Catalysis
  • Economics/yields
  • Description of processes

 

ii) Gasification followed by ethanol fermentation (Gaddy process)

 

iii) Lignocellulose hydrolysis processes followed by ethanol fermentation
  • Acid hydrolysis
  • Enzymatic hydrolysis
  • Pretreatment technologies for enhancing biodigestibility
  • Ethanologenic microorganisms


Dr. Cesar B Granda, Research Engineer
Texas A&M University
16:30
Discussion and End of Day 1
Day 2 - [29 May, 2008 - Thursday]
09:00
iv) Lignocellulose hydrolysis followed by Acetic-acid fermentation with downstream Chemical transformation into ethanol (the Zeachem process)
• Rationale: Acetic-acid fermentation vs. ethanol fermentation
  
v) Mixed-acid fermentation of lignocellulose followed by downstream chemical transformation into ethanol and higher-alcohols (the MixAlco process)
• Alcohols conversion to gasoline, diesel and jet fuel
Dr. Cesar B Granda, Research Engineer
Texas A&M University
10:30
OVERVIEW AND COMPARISON OF INITIATIVES IN THE LIGNOCELLULOSE ETHANOL PLAYING FIELD
• Comparison of major initatives and ranking the major players, in terms of technology, feedstocks used, commercialisation strategies
Mr. Carlo Hamelinck, Consultant - BioEnergy
Ecofys Netherlands BV
11:15
CERTIFICATION OF SUSTAINABILITY AND QUALITY ALONG THE LOGISTIC CHAIN
Ms. Kris Truyens, Head of Marketing For Biofuels Global
SGS OIL, GAS & CHEMICALS
11:45
BIOBUTANOL - TECHNOLOGY, ECONOMICS & RECENT DEVELOPMENTS

- Introduction & History of the ABE Fermantation Metabolic Pathway

Dr. Hans P Blaschek, Director & Assistant Dean , Office of Research
University of Illinois,Center for Advanced BioEnergy Research
12:30
Lunch
14:00

- Clostridia Strain Development and Characterization

- Post-Genomic Characterization

- Downstream Processing & Recovery Intergrated Process

- Scale Up and Commercialisation of ABE


Dr. Hans P Blaschek, Director & Assistant Dean , Office of Research
University of Illinois,Center for Advanced BioEnergy Research
17:00
Final Discussion. End of Conference

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