2025 AOCS Annual Meeting & Expo.
Featured Session
David R. Appleton, PhD
Chief Innovation and Research Officer
SD Guthrie Berhard
Petaling Jaya, Selangor, Malaysia
Nicholas Renegar
Massachusetts Institute of Technology
Seth Rhoades
Fulgens Consulting, MA, United States
John P. Ward
Berry’s Brook Consulting
Anthony J. Sinskey
Massachusetts Institute of Technology
Driven by demand for more sustainable products, research and capital investment has been committed to developing microbially produced oils. While researchers have shown oligeanous yeasts and other microbes can produce low carbon footprint oils by leveraging waste streams as energy sources, previous analyses have not fully explored the quantity of available waste streams and in turn economy-of-scale enabled on capital operating expenses. We analysed a variety of scenarios and found that reaching price parity with large-scale commodity oils (e.g., palm oil, high-oleic cooking oils, biofuels feedstock oils, lauric acid) is not possible today and unlikely even under aggressive future assumptions about strain productivity. Instead, commercial production must be targeted at end markets where sustainability-conscious consumers are willing to pay price premiums. Supply of feedstocks into this process is also a critical consideration and likely needs to rely on other agriculture supply chains.