Biodiesel Research and Development

To help meet changing clean air standards, IAPC scientists are designing economical methods to
produce biodiesel and fuel blends for use in the compression ignition engines of automobiles, trucks, tractors and other heavy equipment. Our research teams have tested various blends of diesel fuel and modified animal fats and vegetable oils, to document long-term engine performance. The transesterification process, which is the predominant process used to convert fats and oils to alcohol esters (biodiesel), has been studied extensively to document the effects of feedstock quality and processing parameters. Engineers are also searching for economical ways to convert glycerol, a low-value coproduct of biodiesel production, into high value glycerides. Glycerides are used to produce the polyurethane, alkyd resins, polyester and nylon needed to manufacture carpet padding, paints, and textiles.
Waxes Research and Development
U.S. manufacturers currently import more than eighty-five percent of the natural waxes used in high-gloss wood and metal polishes and in spoilage-retarding coatings for fresh vegetables. IAPC researchers work with domestically-grown sorghum to develop a more cost-effective wax.