Decrease in food waste by 2030
Decrease in food waste by 2030
Decrease in food waste by 2030
Decrease in food waste by 2030
Bieconomy sector research.
Industry-leading, expert-driven.
Food Waste
A focus on preventing food waste and turning unavoidable waste into valuable products. Researchers are finding new ways to reduce food losses across the supply chain, from farms to consumers, while creating renewable energy, biobased fertilisers, and chemicals from leftover materials.
Plastics
Transform how we produce, use, and reuse plastics. BiOrbic researchers are developing new biobased, compostable, and recyclable plastics, while finding innovative ways to break down and repurpose mixed plastic waste. The goal is to reduce pollution, cut carbon emissions, and recover valuable materials from what we currently throw away.
Green Chemistry for the Bioeconomy
Aims to enable Irish and international industries to replace fossil-derived and waste-intensive processes with scalable green chemistry solutions, guided by the principles of green chemistry
Bieconomy sector research.
Industry-leading, expert-driven.
At BiOrbic, we see waste not as an endpoint, but as a starting point for innovation. This pillar focuses on transforming society’s waste streams, like food, plastic, and carbon dioxide, into valuable new resources. By developing circular systems and cutting-edge
At BiOrbic, we see waste not as an endpoint, but as a starting point for innovation. This pillar focuses on transforming society’s waste streams, like food, plastic, and carbon dioxide, into valuable new resources. By developing circular systems and cutting-edge
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Aligned with EU Targets
Supporting a Circular, Low-Emission Future
At BiOrbic, we see waste not as an endpoint, but as a starting point for innovation. This pillar focuses on transforming society’s waste streams, like food, plastic, and carbon dioxide, into valuable new resources. By developing circular systems and cutting-edge
At BiOrbic, we see waste not as an endpoint, but as a starting point for innovation. This pillar focuses on transforming society’s waste streams, like food, plastic, and carbon dioxide, into valuable new resources. By developing circular systems and cutting-edge
200+ Integrations
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200+ Integrations
Horem ipsum dolor sit amet, consectetur adipiscing elit.
200+ Integrations
Horem ipsum dolor sit amet, consectetur adipiscing elit.
200+ Integrations
Horem ipsum dolor sit amet, consectetur adipiscing elit.
Bieconomy sector research.
Industry-leading, expert-driven.
Decrease in food waste by 2030
Decrease in food waste by 2030
Decrease in food waste by 2030
Decrease in food waste by 2030
Bieconomy sector research.
Industry-leading, expert-driven.
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