Scaling up a novel low-emission fungal fermentation-based production system to commercialise ultra-realistic meat whole-cuts alternatives

扩大基于真菌发酵的新型低排放生产系统，以实现超现实肉类全切替代品的商业化

• 批准号: 10076671
• 金额: $ 102.97万
• 依托单位: ADAMO FOODS LTD
• 依托单位国家: 英国
• 项目类别: Collaborative R&D
• 财政年份: 2023
• 资助国家: 英国
• 起止时间: 2023 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=10076671
• 关键词: Scaling; up; novel; low; emission

We aim to decrease UK meat consumption, causing climate change(14.5% GHGs) and diet-related disease(WHO), by scaling up our novel low-emission production system to commercialise the UK's first ultra-realistic meat whole-cuts alternatives.With growing sustainability/health concerns around meat, meat-alternatives are fast-growing; worth $12bn globally today (BCG;Bloomberg), reaching $103bn (7% of meat) by 2030\. Whole-cuts (steaks/fillets/etc) represent 85% of meat, but are near-absent from meat-alternatives; a huge untapped opportunity.Plant-proteins have short fibres, with which it is difficult to replicate the fibrous texture of meat whole-cuts, and most products mimic processed meats (burgers/mince/sausages).Mycoprotein has huge potential for meat whole-cuts alternatives, with long fibres (hyphae), exceptional protein quality, fibre and micronutrients (highly nutritious), and sustainability benefits (our products emit 93% lower GHGs than beef).However, conventional mycelium production processes deliver products with limited textural appeal. Incumbent Quorn's high-shear process and short-fibre strain produce a disordered hyphal structure, rendering their whole-cuts unappealing to meat eaters, and requiring 15+ ingredients including non-vegan binders/stabilisers. To continue reducing meat consumption we need better quality, more innovative alternatives.Adamo Foods has developed a ground-breaking mycelium-based steak, for which we have developed a game-changing, novel low-emission production process to address this challenge. We now need to design our commercial-scale production system. To do this, we aim to significantly shift the state-of-the-art.We have developed a comprehensive 15-month project plan with UK-based leading experts in fungal fermentation, leveraging UK strengths and expertise to create new production systems and technologies.Technical innovations: We will design a scaled-up production process, prototype core aspects of it, and run a demonstrator proof of concept.Progressing commercial viability: A techno-economic assessment and commercially-oriented exploitation work package will align innovation with the commercial opportunity, accelerating innovation towards commercial reality.

我们的目标是通过扩大我们的新的低排放生产系统来将英国第一个超现实的全切肉类替代品商业化，从而减少英国肉类的消费，导致气候变化(14.5%的温室气体)和与饮食相关的疾病(WHO)。随着人们对肉类的可持续性/健康日益关注，肉类替代品正在快速增长；今天全球价值120亿美元(BCG；彭博社)，到2030年达到1030亿美元(占肉类的7%)。全切(牛排/鱼片等)占肉类的85%，但几乎不存在于肉类替代品中；这是一个巨大的未开发机会。植物蛋白含有短纤维，很难复制全切肉类的纤维质地，而且大多数产品模仿加工肉类(汉堡/碎/香肠)。真菌蛋白具有巨大的潜力作为肉类全切替代品，具有长纤维(菌丝)、出色的蛋白质质量、纤维和微量营养素(高度营养)和可持续效益(我们的产品排放的温室气体比牛肉低93%)。然而，传统的菌丝体生产工艺提供的产品具有有限的质地吸引力。现任的Quorn的高剪切过程和短纤维菌株产生了无序的菌丝结构，使得它们的整个切面对肉食者没有吸引力，需要15+成分，包括非素食粘合剂/稳定剂。为了继续减少肉类消费，我们需要更好的质量和更具创新性的替代品。Adamo Foods开发了一种突破性的菌丝体牛排，我们为此开发了一种改变游戏规则的新的低排放生产工艺来应对这一挑战。我们现在需要设计我们的商业规模的生产系统。为此，我们的目标是显著改变最先进的水平。我们与英国真菌发酵领域的领先专家共同制定了为期15个月的全面项目计划，利用英国的优势和专业知识来创造新的生产系统和技术。技术创新：我们将设计一个扩大的生产过程，对其核心方面进行原型，并进行概念验证。不断提高商业可行性：技术经济评估和以商业为导向的开发工作方案将使创新与商业机会保持一致，加速朝着商业现实的创新。