Biodiesel Max Yield Pro

Applications

• Biofuels
• Recycling
• Biogas
• Key properties: Specially blended formulation to transform your sunflower / soy bean biodiesel yields whilst preventing inhibitor issues
• Overview: Using enzymes to convert sunflower and soy bean feedstocks into biodiesel offers a highly efficient and environmentally sustainable alternative to traditional chemical processes
• Enzymatic conversion
• primarily driven by lipase enzymes
• enables the mild and selective transformation of sunflower oil into fatty acid methyl esters (FAMEs)—the key components of biodiesel—without generating soap or toxic by-products
• This biocatalytic approach operates under low temperature and neutral pH conditions
• reducing energy consumption and equipment corrosion while allowing the use of unrefined or high free fatty acid (FFA) oils that would otherwise be unsuitable for alkaline catalysis
• In integrated biorefinery systems
• additional enzymes such as cellulase and hemicellulase can hydrolyse sunflower hulls and meal into fermentable sugars to support microbial lipid production
• further enhancing resource utilization
• Overall
• enzymatic biodiesel production from sunflower feedstocks delivers higher yields
• cleaner processing
• and improved feedstock flexibility
• making it a sustainable and economically viable pathway for renewable fuel generation