🌱⛽Bio-Diesel Training Course

📌 Bio-Diesel Training Course 🌱⛽

Code:14004-Env

📝 Description:

This course provides an in-depth understanding of bio-diesel, its production process, raw materials, environmental benefits, and industrial applications. Participants will explore the chemistry of transesterification, safety measures, and future innovations in the biofuels sector.

⚙️ Technical Aspects:

• Chemical composition and properties of bio-diesel
• Transesterification process and catalyst types (acid vs. base)
• Large-scale vs. small-scale bio-diesel production
• Environmental impact and CO₂ emissions reduction
• Future trends in synthetic diesel and advanced biofuels

📅 Duration: 4 Weeks (8 Lectures)

🎯 Target Audience:

• Environmental engineers

• Energy researchers

• Chemical and mechanical engineers

• Entrepreneurs in renewable energy

📖 Course Content

🛢️ Week 1: Introduction to Bio-Diesel

📌 Lecture 1: What is Bio-Diesel?

• Definition and history

• Comparison with fossil diesel

📌 Lecture 2: Raw Materials & Sources

• Vegetable oils, animal fats, and algae

• Waste cooking oil recycling

⚗️ Week 2: Bio-Diesel Production Process

📌 Lecture 3: Chemical Reactions & Transesterification

• Basics of transesterification

• Role of catalysts (acid vs. base)

📌 Lecture 4: Industrial & Home Production

• Large-scale vs. small-scale production

• Equipment and safety measures

♻️ Week 3: Properties & Environmental Benefits

📌 Lecture 5: Physical & Chemical Properties

• Energy efficiency & combustion properties

• Stability & storage conditions

📌 Lecture 6: Environmental Impact & Sustainability

• CO₂ emissions reduction

• Contribution to the circular economy

🚗 Week 4: Applications & Future of Bio-Diesel

📌 Lecture 7: Applications in Transport & Industry

• Usage in vehicles and machinery

• Compatibility with existing engines

📌 Lecture 8: Future Trends & Innovations

• Advanced biofuels & synthetic diesel

• Global policies and market growth

🎯 Course Outcomes

✅ Understanding the fundamentals of bio-diesel
✅ Learning about production processes and safety
✅ Assessing the environmental impact of bio-diesel
✅ Exploring future innovations and market trends