The startup produces renewable xylitol sweeteners using a proprietary bio-manufacturing platform that ensures high yield and low production costs. This approach provides the food, bakery, and pharmaceutical industries with all-natural sweeteners that meet growing consumer demand for sustainable and quality ingredients.
Funding
$270K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional xylitol production relies on chemical processes that are costly, inefficient, and environmentally unfriendly, resulting in low yields and high production costs. Waste stream producers face disposal costs or low revenues from selling waste as low-value by-products. End-users are pressured by supply chain, legislative, and environmental concerns related to chemical-based xylitol production.
Solution
ARCITEKBio offers a sustainable solution by using a proprietary bio-manufacturing platform, EcoXyl, to convert C5 sugar waste streams from sources like wheat straw and wood pulp into high-purity xylitol. This biomanufacturing process eliminates the need for harsh chemicals, reduces waste, and increases yields compared to traditional methods. The feedstock-independent biotechnology requires no pre-clean up or detoxification, offering competitive techno-economics. ARCITEKBio collaborates with waste stream producers to maximize revenues and minimize their environmental footprint, while providing xylitol manufacturers and end-users with a sustainable, high-quality alternative.
Target Audience
The primary target audience includes waste stream producers (paper & pulp manufacturers, brewers, distillers, and agricultural waste producers), xylitol manufacturers, and xylitol end-users in the food, bakery, and pharmaceutical industries.
Features
- Proprietary EcoXyl biomanufacturing process for xylitol production from agricultural waste
- Feedstock flexibility, enabling the use of multiple raw material streams
- High conversion rates and minimal by-product formation
- Scalable technology for increased yields
- Production of high-purity xylitol
- Techno-economic assessments to determine by-product's economic feasibility for xylitol production