COURSE OUTLINE

The course enables participants to associate themselves from Concept to Commercialization of viable Jatropha projects right after undergoing the programme as it aims to cover all aspectsof Jatropha oil crop as summarized below:

• Jatropha Plant science & Technology
• Jatropha fuel crop – Concepts, sources, bio diversity and potential as renewable energy
• Jatropha Crop Science
• Jatropha Crop Ecology and Chain Innovations
• Jatropha Crop Cultivation & Jatropha Crop care
• Jatropha post harvest processing components
• Jatropha Development programmes for crop improvement breeding –breeding‐ tissue culture
• Jatropha crop management techniques for crop production and crop protection
• Jatropha crops Production and processing techniques
• Jatropha Crop Productivity, profitability, sustainability
• Field visit to the crop fields and oil extraction pilot plant
• Jatropha Economics and Marketing
• Jatropha intercropping technology
• Jatropha and CDM‐ aspects

• History
• International applications and production

• Properties

• Specifications

• Application of biodiesel

• Impact on emission

• Impact on lubricity and engine wear

• Material compatibility with biodiesel

• Precautions

• Effect of temperature on fuel

• Engine warranty

• Methanol/Ethanol
• Acids/Bases

• Triglycerides
• Free Fatty Acids
• Gums
• The transesterification reaction

• Vegetable Oil
• Animal Fat
• Waste Cooking Oil

• Expelling process
  • Choice of Expellers
  • Conditioning and Flaking
  • Extraction rates
  • Demonstration of jatropha seed expelling
• Pre-press solvent extraction
  • Video of pre-press solvent extraction process
  • Economics of oil extraction
• Oil refining and impact on biodiesel process
  • Degumming
  • Demonstration of degumming
  • Free Fatty Acid

• Catalyst Type
  • Caustic
  • Acid
  • Solid
• Single versus multiple step
• Demonstration of transesterification (lab and pilot scale)

• Settling
• Centrifuge
• Demonstration of biodiesel/glycerine separation

• Objectives
• Water Wash
• Dry Wash

• Objectives
• Methodology
• Demonstration of methanol recovery

• ASTM specifications
• EN specifications
• BIS specifications
• Objectives of standards
• Discussion of on party analysis
• Overview of instruments used for quality determination

• Overview of glycerol uses
• Properties
• Market
  • Value in chemicals/pharmaceutical application
  • Feeding application
  • Value addition of glycerol

• Fully automated
• Semi automated small scale
• Tank Farm
• Site Plan
• Waste Treatment
• Permits and environmental impacts
• Handling and blending
• Fuel Storage and stability

• Capital cost
• Production cost
• Sales cost
• Inventory management
• Marketing
• Insurance
• Development of a business plan
• Regulatory issues
• Fuel taxes ad government incentives

Visit to Jatropha Properties

• The Past, Present and Future of Algae Production
• Potential of biodiesel from Algae
• Converting Algae to Food and Fuel
• Algae Closed Loop Photobioreactor
• Various Algae Growing Equipment
• Algal Strain Selection
• Alternate Uses of Algae Residues Remaining after Biodiesel Production
• Convert CO2 emission to Fuel- Developing a process for algae farming using industrial plant flue gases – An approach toward Emission to Biofuel
• Developing a low cost novel & High Productivity Enclosed Hybrid System for algae farming for oil

• Jojoba & its Cultivation
• Pongamia & its cultivation
• Simarouba & its cultivation
• Moringa & its cultivation
• All aspects of above