By Ryan Dominguez-Sandru

Xylose: A Sweeter Future for Diabetics

In a world where the quest for healthy living often clashes with the love for sweet indulgences, Florida BioProcessing (FBP) presents a groundbreaking solution: Xylose. This low-calorie, natural sugar, derived from biomass, isn’t just a product — it’s a beacon of hope, especially for those battling diabetes.

Xylose, a pentose sugar, is a critical ingredient in FBP’s vision for a healthier world. Found in various food products, it’s the hidden charm in everything from your favorite chocolates to biscuits, offering a sweet experience without the guilt. Beyond the realm of culinary delights, xylose extends its benefits to cosmetics and personal care, acting as a humectant and conditioning agent. Its role doesn’t end there; in the fermentation industry, xylose is a vital carbon source for ethanol production, showcasing its versatility across diverse industries including Sustainable Aviation Fuel (SAF).

The significance of xylose, however, shines brightest in its impact on diabetic health. In an era where the World Health Organization cautions against non-sugar sweeteners (NSS) for weight management or disease prevention, xylose offers a beacon of light. Unlike common sweeteners such as aspartame and sucralose, which carry potential long-term health risks, xylose presents a safer, natural alternative. It does not disrupt blood glucose levels, making it perfect for individuals with diabetes, who often find themselves navigating the tightrope between managing their condition and enjoying life’s sweet moments.

FBP’s President, Jeff Rudd explains, “Our commitment to xylose is more than just a business venture; it’s a journey towards empowering diabetics with better choices. It’s a step towards a world where diabetes doesn’t dictate dietary boundaries. As we embrace xylose, we embrace a future where sustainability and health can transform the lives of millions.”

A Vision for a Greener Future

FBP presents an innovative opportunity in the biomass industry, transforming agricultural waste into highly profitable and environmentally beneficial products. Utilizing breakthrough patented technology, FBP is set to process biomass waste into xylose, activated carbon, and biocoal, thus contributing to a healthier world and a greener environment.

FBP traces its roots back to a pivotal meeting in 2010 between Ty Wilkinson, founder and Chief Agricultural Officer of FBP, and Dr. Jagannadh Satyavolu, a chemical engineer specializing in biofuels. This partnership, sparked at the University of Louisville, focused initially on using wood waste for extracting hemicellulose. Over time, this collaboration evolved, leading to the development of a process for extracting xylose from hemicellulose found in plant cell walls, laying the foundation for FBP’s operations today (About FBP).

“In 2021, FBP was granted exclusive patent rights using sugarcane waste for this innovative extraction process in Florida and globally for hemp waste. Our team is dedicated to constructing a manufacturing plant in Florida, aimed at repurposing biomass waste from sugar farms and mills. This initiative promises to create an efficient and profitable facility producing domestic xylose, activated carbon, and biocoal” explains Mr. Wilkinson.

Activated Carbon: A Versatile, Profitable Product

Activated carbon, another FBP product, is processed to create small pores that increase surface area for adsorption or chemical reactions. Richard Schwartz, Chief Revenue Officer, is excited because “Its applications span energy storage, fuel storage, and various industrial products. Activated carbon plays a significant role in environmental cleanup, such as removing toxic pollutants from air and water, highlighting its ecological impact. From water and wastewater treatment to air purification, gas purification and use in the food and beverage industry, this product demonstrates our commitment to versatile, sustainable solutions.” Its application in personal care products like face masks and toothpaste further supports its eco-friendly and effective properties (Sugarcane Bagasse Activated Carbon).

Building a Sustainable Supply Chain for Expansion

FBP’s first production facility in Clewiston, FL aims to produce xylose and activated carbon, partnering with Florida sugarcane mills to repurpose their biomass waste. FBP’s approach is set to meet the underserved current demand for xylose and activated carbon in the domestic market, with the potential to fulfill 100% of the USA’s demand over the next five years.

FBP’s expansion plans include adding multiple production lines to handle more (sugarcane) trash and bagasse. These efforts aim to broaden revenue channels beyond natural sweeteners, leveraging cash flow for further growth.

“To achieve our ambitious goals”, Hallie Visaggio, Chief Operations Officer, explains “we have developed a detailed business plan, hired subject matter experts, and are establishing a robust infrastructure for our processing plant. This includes engineering specifications, product implementation processes, lab testing, product certifications, and comprehensive supply and sales plan execution.”

FBP’s engineering partners, established in 1983, bring extensive experience across various disciplines, serving industries like refineries, chemical plants, and utility facilities. Their expertise in handling projects of various scales ensures FBP’s processes and facilities are designed and operated at the highest standards. The engineering tools used, such as HYSYS Process Simulators and Arrow-Vapor Phase Network Hydraulic Analysis Software, exemplify the state-of-the-art technology driving FBP’s operations (Engineering Partners).

FBP is committed to reducing environmental impacts by using green harvesting techniques, thereby protecting air quality and reducing CO2 emissions with more efficient biocoal burning for energy. Socially, FBP aims to provide a safe working environment and contribute positively to the surrounding communities. The company’s governance involves including sugarcane industry experts on the board to ensure compliance with regulations and the welfare of the environment and stakeholders.

Green Harvesting: A New Dawn for Florida’s Sugarcane Industry

Green harvesting sugarcane trash is a method that uses mechanical harvesters to separate leaves and tops from the sugar-bearing stalk, leaving a “trash blanket” of sugarcane waste on the soil. This trash has little to no use today. The FBP process will take this trash and turn it into eco-friendly zero downstream waste products. This approach is gaining traction worldwide, with countries like Brazil, Australia and Cuba leading the shift towards sustainable green harvesting methods.

The Road Ahead: FBP’s Vision for Growth and Sustainability

FBP is on an exciting journey, focusing on securing the necessary capital and partnerships to advance its mission. The company envisions a future where its innovative processes not only contribute to economic growth in Sarasota and Southwest Florida but also set a global benchmark in sustainable practices. With a commitment to creating a Win-Win-Win scenario, FBP is turning challenges into opportunities, making a profound impact on health, the environment, and the economy. If you want to learn more about an investment or partnership, please visit

Florida BioProcessing stands at the forefront of sustainable innovation, transforming how we perceive and utilize biomass waste. Their focus on producing xylose, activated carbon, and biocoal, while partnering with key players in the sugarcane industry, showcases a commitment to a sustainable and healthier future. FBP’s vision, technological advancements, and strategic partnerships position it as a leader in the biomass processing industry, promising significant contributions to environmental sustainability and economic growth.

About the Author: Ryan Sandru is a passionate advocate for health, clean eating, and environmental stewardship. Ryan’s enthusiasm for sustainability extends beyond the plate, encompassing a holistic approach to a greener lifestyle. His belief in the power of individual action to foster a healthier planet drives his commitment to educating and inspiring others through his work.<