Seaconomy: Integrated Manufacturing and Biorefinery Research for Building the UK's Seaweed Bioeconomy

Seaconomy：构建英国海藻生物经济的集成制造和生物精炼研究

• 批准号: MR/X036812/1
• 负责人: Emily Kostas
• 金额: $ 136.66万
• 依托单位: University College London
• 依托单位国家: 英国
• 项目类别: Fellowship
• 财政年份: 2024
• 资助国家: 英国
• 起止时间: 2024 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=MR%2FX036812%2F1
• 关键词: Seaconomy; Integrated; Manufacturing; Biorefinery; Research

As a naturally occurring resource around the UK coastline, seaweeds continue to gain recognition both nationally and internationally, as one of the most sustainable and energy efficient feedstocks for use within a circular bioeconomy. Seaweeds are known to contain a wealth of valuable compounds locked up within their structures, for applications in pharmaceuticals, nutraceuticals, food and cosmetics, or conversion into biofuels. This comes at an imminent time of need as we need to find alternative sources, or feedstocks, to replace petrochemically derived materials and fuels in the hope to prevent climate change, and to also create more environmentally friendly chemicals and products. Research has revealed the exciting potential seaweeds have to help tackle some of our current global issues through the development of cascading biorefinery processes which are capable of producing multiple valuable products. However, a number of key challenges still exist which are preventing the scalability and commercialisation of seaweed-based processes and products. In my pioneering research, I have already shown viable processing routes for producing novel bioproducts from seaweed, within a biorefinery concept, and with this Future Leaders Fellowship I will firmly put the seaweed-based circular bioeconomy on the engineering and polical landscape of the UK, and world-wide. To achieve this, I will build upon the seaweed process already established in my research, however with the specific aim of overcoming unique challenges hindering the development of seaweed biorefineries. New approaches of biomanufacturing valuable products, food/feed sources and materials (for bioplastics and natural materials applications) and biofuels from seaweed will be explored. Process waste-stream fractions will also be utilised to minimise waste. Novel reactor devices operating under continuous flow will be built to make the recovery of valuable products, such as polysaccharides, more efficient with potential to be scaled up to industrial level. The environmental impacts and costs of the new processes will be assessed to ensure that the new biomanufacturing processes are sustainable, environmentally friendly, and profitable. Furthermore, strategies will be put in place during this Fellowship to make sure there is public acceptance of seaweed biorefinery research and to promote the potential of building a sustainable UK seaweed industry, particularly within coastal communities. Engagement links with policy makers will also be established to facilitate the alignment of government policy establishing seaweed as UK sustainable resource. With all these ingredients for a circular seaweed bioeconomy addressed, the UK will be ready to make the transition to a greener bioeconomy thanks to research the research proposed in my Fellowship, and the Fellowship will enable me as a woman to become a champion of cutting-edge research for net-zero.

作为英国海岸线周围的天然资源，海藻作为循环生物经济中最可持续和最节能的原料之一，不断获得国内外认可。众所周知，海藻的结构中含有丰富的有价值的化合物，可用于药品、营养品、食品和化妆品，或转化为生物燃料。这是迫在眉睫的需要，因为我们需要寻找替代来源或原料来替代石化衍生材料和燃料，以期防止气候变化，并创造更环保的化学品和产品。研究表明，通过开发能够生产多种有价值产品的级联生物精炼工艺，海藻具有令人兴奋的潜力，有助于解决当前的一些全球问题。然而，仍然存在一些关键挑战，阻碍了基于海藻的工艺和产品的可扩展性和商业化。在我的开创性研究中，我已经展示了在生物精炼概念内从海藻生产新型生物产品的可行加工路线，通过未来领袖奖学金，我将坚定地将基于海藻的循环生物经济纳入英国的工程和政治格局，以及全世界。为了实现这一目标，我将以我的研究中已经建立的海藻工艺为基础，但具体目标是克服阻碍海藻生物精炼厂发展的独特挑战。将探索生物制造有价值的产品、食品/饲料来源和材料（用于生物塑料和天然材料应用）以及海藻生物燃料的新方法。工艺废物流部分也将被利用以最大限度地减少废物。将建造在连续流下运行的新型反应器装置，以更有效地回收有价值的产品，例如多糖，并有可能扩大到工业水平。将评估新工艺的环境影响和成本，以确保新的生物制造工艺可持续、环保且有利可图。此外，在该奖学金期间将制定战略，以确保公众接受海藻生物精炼研究，并促进建立可持续的英国海藻产业的潜力，特别是在沿海社区。还将与政策制定者建立接触联系，以促进政府政策的一致性，将海藻确立为英国的可持续资源。解决了循环海藻生物经济的所有这些要素后，英国将准备好向更绿色的生物经济过渡，这要归功于我的奖学金中提出的研究，而该奖学金将使我作为一名女性成为切割的冠军——净零排放的边缘研究。