Tag: Biorefinery

As the second most abundant biopolymer on Earth, with millions of tons generated annually, lignin possesses powerful antioxidant properties due to its complex polyphenolic structure. This natural ability to neutralize free radicals is unlocking a wide range of sustainable, high-value applications for this versatile and abundant resource.

According to researchers at Cotton Incorporated, textile cotton waste can indeed be converted into glucose, or sugar, creating bio-based chemicals and other valuable products. The secret lies in breaking down cotton's primary component, cellulose, a complex carbohydrate made of long chains of glucose units. Through advanced and increasingly efficient processes, this abundant, natural resource can be unlocked and repurposed for a more sustainable future.

Cellulose is the most abundant organic polymer on Earth, yet humans cannot digest it. While this structural component of plants has long been inaccessible as a food source, a significant biotechnological question emerged: can you convert cellulose to starch? Recent scientific breakthroughs have shown that this conversion is indeed possible through innovative enzymatic processes.

As the most abundant biopolymer on Earth, cellulose accounts for over half of all biomass, offering a significant renewable resource. The answer to "can cellulose be converted into sugar?" is a definitive yes, through processes that break down this complex carbohydrate into simple glucose molecules for use in sustainable fuels and chemicals.

Microalgae species are believed to contain over 500,000 different species, representing a vastly untapped resource of biological and nutritional potential. These microscopic organisms, invisible to the naked eye, are packed with a wide array of valuable nutrients and bioactive compounds that have significant implications for health, nutrition, and biotechnology.