Fueling growth in tomorrow's bioeconomy

Engineering Efficiency into Tomorrow's Bioeconomy via Feedstocks that are Consistently Pure, Reliably Scalable, and Economically Viable

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Future Feedstocks

We make feedstocks of the future.

Step into a world that is free from the greatest bottleneck of the bioeconomy—the sourcing and processing of standardised feedstocks. We're leading the way towards seamless commercialization with our high-quality, cost-effective standardised feedstocks, fueling a myriad of bioprocesses whilst accelerating the sustainable bioeconomy.

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Accelerating Pathways

Accelerating pathways to Market

Our ready-to-deploy feedstocks act as accelerators for rapid commercialization and scaling within the bio-manufacturing landscape. By eliminating the customary lead times and complexities associated with developing in-house feedstock infrastructure, we deliver substantial economies of scale, thereby boosting cost-efficiency for our partners.

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Eco Innovation

Eco-Innovation for a greener tomorrow.

At the forefront of the bioeconomy, we transform agro-waste into high-quality, cost-efficient products. Our commitment to environmental stewardship is matched by our pursuit of economic viability, ensuring that our solutions advance the health of our planet as well as your balance sheet.

Better products

for the planet.

Fractal Bio converts nutrient building blocks in agrowaste into easy-to-metabolize feedstocks for biomanufacturing. Our ambitious, mission-driven team is engineering solutions to the toughest challenges in alternative feedstock development, like compositional variability. Our solution will propel the success of the bioeconomy.

Specialized in
"plug & play" feedstocks.

We enable companies across the bioeconomy to focus on innovation and product development, rather than the intricacies of feedstock procurement and processing.

Learn about us
Learn about us

Problem

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At the heart of our bioeconomy—a rapidly evolving landscape where biological processes and resources fuel innovation across numerous sectors—lies a universal challenge: the cost and complexity of feedstock.

Feedstock

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This fundamental ingredient, essential for everything from biofuels to bioplastics, from carbon capture technologies to groundbreaking biotech research, represents the single largest expense and operational hurdle for companies striving to harness the power of bioprocesses.

Engineering Efficiency into Tomorrow’s Bioeconomy
Engineering Efficiency into Tomorrow’s Bioeconomy
The only conference you need
The only conference you need

Bottleneck

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Imagine a world where this bottleneck no longer exists. Where the leap from concept to commercialization in the bioeconomy is no longer hindered by the daunting task of sourcing and processing the right feedstock. This is the world we are creating.

Mission

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Our mission is to accelerate the transition to a sustainable bioeconomy by providing high-quality, cost-effective standardised feedstocks and fermentable sugars, essential for a myriad of bioprocesses.

We've got the answers for your questions

What are the primary benefits of standardizing feedstocks in the bioeconomy?

Standardizing feedstocks offers multiple benefits, crucial among them being cost reduction, operational efficiency, and scalability for bio-based projects. By providing consistent, high-quality inputs, it reduces the risk associated with feedstock variability, enhancing the reliability and predictability of bioprocesses. This standardization also facilitates easier access for a wider range of entities, fostering innovation and accelerating the development of sustainable alternatives to traditional products. Ultimately, it strengthens the bioeconomy’s infrastructure, making it more resilient and capable of contributing to environmental sustainability goals.

How does "plug & play" feedstocks impact the pace of innovation in the bioeconomy?

"Plug & play" feedstocks significantly accelerate the pace of innovation by removing one of the major bottlenecks in the bioeconomy: the procurement and processing of raw materials. This allows companies and researchers to dedicate more time and resources to R&D, speeding up the cycle from concept to commercialization. The ease of access to these feedstocks lowers barriers to entry, encouraging more startups and research initiatives to participate in the bioeconomy, thus diversifying and enriching the field with new ideas and approaches.

Can standardizing feedstocks contribute to environmental sustainability? How?

Yes, standardizing feedstocks plays a vital role in promoting environmental sustainability. By supporting the development and scalability of bio-based products, it facilitates a shift away from fossil fuels and non-renewable resources, reducing greenhouse gas emissions and reliance on environmentally harmful practices. Additionally, the focus on sustainable sourcing of feedstocks encourages the use of agricultural by-products and waste materials, further minimizing the bioeconomy’s ecological footprint and promoting a circular economy approach.

How will the standardization of feedstocks affect collaboration in the bioeconomy sector?

Standardization of feedstocks will enhance collaboration within the bioeconomy sector by creating a more open and accessible environment for innovation. With a reliable supply of inputs, companies, research institutions, and governments may find it easier to engage in partnerships and joint ventures, pooling resources and expertise to tackle complex challenges. This collaborative approach can accelerate technology transfer, cross-sector integration, and the global dissemination of bio-based solutions, ultimately leading to more cohesive and impactful advancements in the bioeconomy.