EVES ENERGY applications

Biodiesel: Composition: Crude algae oil, rich in triglycerides, can be converted into biodiesel through transesterification. Market Potential: With rising fossil fuel prices, biodiesel derived from microalgae presents a viable alternative, particularly when crude oil prices exceed $100 per barrel.

Dry Algae Cake: Nutritional Profile: After oil extraction, the remaining biomass (dry algae cake) is rich in proteins (up to 50% of dry weight) and essential fatty acids. Applications: This biomass can replace traditional protein sources in livestock diets, enhancing growth rates and overall animal health.

Biomaterials; Production Potential: The residual biomass from algae processing can be transformed into biodegradable plastics or used as fillers in composite materials. Sustainability Aspect: Utilizing microalgae for bioplastics contributes to reducing plastic waste and reliance on petroleum-based products.

Natural Ingredients: Source of Ingredients: Microalgae-derived compounds are increasingly used in cosmetics for their antioxidant properties and skin benefits. Market Demand: The growing trend towards natural and sustainable ingredients in personal care products opens avenues for microalgae derivatives.