emerging co-cultivation strategies for microalgal biomass and biodiesel production

Microalgae have garnered significant attention as a promising source for biodiesel production due to their rapid growth, high lipid content, and minimal resource requirements. this study delves into the forefront of microalgal biofuel research by investigating emerging co-cultivation strategies aimed at optimizing biomass production for biodiesel synthesis. through a nuanced exploration of diverse microalgal strains, this work pioneers innovative co-cultivation techniques designed to enhance synergies between different species, thus maximizing overall productivity. microalgae are excellent options for the production of biodiesel since they have high lipid content and grow quickly. nonetheless, difficulties in maximizing lipid and biomass production have led the technological advancement microalgal productivity using photobioreactors, closed systems and monitoring and genetic engineering the article delves into the impact of co-cultivation on microalgal growth such as improved biomass production, enhanced lipid content and quality and nutrient utilization and recycling.