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Dive into the world of biodiesel with simple and advanced chemistry projects, technology insights, engineering challenges, and math applications for educators to promote STEM. Learn how to make biodiesel, purification techniques, and dual-fuel systems.
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BioDiesel Vs. “Greasecar” Systems • SVO = Straight Vegetable Oil. • Uses Heaters to reduce SVO’s viscosity. • Requires No Chemistry. • Oil Must be Thoroughly Filtered. • Vehicle Must be Converted for Dual-Fuel Systems. • Converted Vehicle Starts/Shuts down on Diesel or BioDiesel.
How do I Make BioDiesel? Here’s what you need… • Lye (NaOH or KOH) • Methyl Alcohol • Oil (New or Used) • Small, Accurate Scale (+/- 1 gram) • Liquid Measurer
BioDiesel & STEM Cirriculum Ways You can use BioDiesel to promote STEM
(Science) Simple Chemistry Easy Projects include; • Titration • Transesterification • Soap Test (Bromophenol Blue & HCL) • Water Washing • Soap Making • Glycerol Byproduct • Oil
(Science) Advanced Chemistry More advanced projects; • Glycerol Purification (can be done for soap) • Acid Esterification • Ion Exchange Resin (Dry Wash) • Testing for Water • Gas Chromatography (with University/Fed help) • Gateway into Organic Chemistry
Technology • Processing • Mixing • Pumping • Plumbing • Working by Gauges • Oil Purification • Filtering • Drying
Technology (2) • Washing • Water Washing • Dry Washing (Ion Exchange Resin) • Methanol Recovery • Steam Distillation • Vacuum Distillation
Engineering Chemical • Industrial Fuel Production • Continuous Processors • Solid Catalysts • Challenges with Algae Mechanical • Diesel Technology • 4 Cycle Principles • High Pressure Injection
Math • Working with Decimals & Fractions • Understanding Formulas • Graphing Emissions Chemistry Related • Molar Weights • Valence Shell