Climate Change Mitigation
Euglena possesses plant characteristics and performs photosynthesis during its growth process. By absorbing CO₂ and releasing oxygen, it represents a significant step forward in addressing global warming.
Euglena transcends food to become a cornerstone of next-generation energy and circular agriculture. Experience comprehensive wellness and global solutions born from a single remarkable microalga—59 essential nutrients and an exclusive compound called Paramylon, all with exceptional bioavailability.
Euglena is a microalgae species that emerged on Earth approximately 500 million years ago. While being a type of algae, it uniquely possesses both characteristics of "plants" and "animals"—a rare biological hybrid renowned for its abundant nutrients and distinctive health benefits.
Vitamins, minerals, amino acids, unsaturated fatty acids—an astonishing array of nutrients in perfect balance. A single ingredient can effectively fill the nutritional gaps and imbalances in modern diets.
Without a rigid plant cell wall, Euglena's nutrients are efficiently absorbed by the body. Enjoy superior bioavailability compared to traditional vegetables—capturing every nutrient benefit.
Euglena is more than just a raw material for health food. From everyday foods like cookies to biofuels used in aircraft and buses, and even sustainable fertilizers for agriculture, its applications are diverse and far-reaching.
It is gaining attention as an innovative solution that simultaneously addresses both human health and planetary sustainability.
Oil extracted from Euglena is processed to create biofuel. Euglena-based biofuel is now deployed across all modes of transportation—buses, ferries, and aircraft—both on land, sea, and in the air.
Its rich nutrient profile opens new possibilities in feed development. Research has shown that incorporating Euglena into animal feed improves both taste and product quality.
When used as a fertilizer, Euglena increases crop yield and reduces post-harvest deterioration of harvested crops, as suggested by emerging research.
Euglena possesses plant characteristics and performs photosynthesis during its growth process. By absorbing CO₂ and releasing oxygen, it represents a significant step forward in addressing global warming.
In Bangladesh, many children suffer from malnutrition due to calcium and nutrient deficiencies. Euglena Co., Ltd. is dedicated to solving this nutritional challenge by allocating a portion of sales revenue to provide nutrient-rich Euglena cookies to children in Bangladesh.