AMAZE : Advanced MOF-loaded Air-pollution control and Zero-emission Electrospun filters

AMAZE：先进的 MOF 负载空气污染控制和零排放静电纺丝过滤器

• 批准号: 10078131
• 金额: $ 13.44万
• 依托单位: NANOLAYR UK LIMITED
• 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=10078131
• 关键词: AMAZE; Advanced; MOF; loaded; Air

Over 34 billion tonnes of CO2 are emitted into the atmosphere annually worldwide, 73.2 % from the energy sector by burning fossil fuels. CO2 is a greenhouse gas and contributes to global warming, which is why the UK government as part of the Net Zero UN Coalition have set a target for all sectors to decarbonise to reach net zero targets by 2050\.The AMAZE project will produce a high-volume commercial filtration media that will capture CO2 at the point of source. Offering a game-changing innovation to the Carbon Capture (CC) market with higher adsorption capacity, and lower regeneration energy requirements.Metal-Organic Frameworks (MOFs) are highly functional chemicals that can be tailored to capture CO2 more efficiently and requiring less energy to be regenerated. Being a powder, the challenge is that they need to be supported on a highly breathable substrate so they can be reused.Nanofibres are 500x smaller than a human hair and collectively produce porous non-woven sheets. With extremely high surface areas and the ability to carry particles like MOFs, nanofibres are perfectly suited to the task. MOF-loaded nanofibres will revolutionise the current approaches to CO2 capture with a universal filter which offers a low-cost, high-efficiency alternative to current systems.The International Energy Agency (IEA) has highlighted Carbon Capture, Utilization and Storage as a priority action in their Roadmap to Net Zero by 2050\. Carbon capture reduces the CO2 produced during industry by capturing it before is enters the atmosphere. This captured CO2 then gets bottled up and either transported for permanent storage, or processed into a useful product, like plastics, chemicals, or new fuel.Traditionally, capturing the carbon can be an energy-intensive process with chemicals that are hard to dispose of when depleted, which often defeats the original environmental goals. Innovation and increased adoption of new and existing technology is needed to reach Net Zero goals. novoMOF (Switzerland) a pioneer and manufacturer of MOFs, and NanoLayr (UK) a developer and manufacturer of nanofibres; are integrating these two technologies to bring transformation to the Carbon Capture market and produce a commercial MOF-loaded nanofibre sheet. The resulting sheets will be directly applicable to current high-volume air filters, meaning they can be used to stop CO2 from entering the atmosphere without any major infrastructure being needed. This cheap, low-energy solution has the potential to have a huge impact on the planet's carbon problem.

每年在全球范围内发射超过340亿吨的二氧化碳，通过燃烧化石燃料来散发出73.2％的二氧化碳。 CO2是一种温室气，为全球变暖做出了贡献，这就是为什么英国政府作为联合国净净联盟的一部分，为所有领域设定了一个目标，即在2050年到2050 \ deoncomise以达到净零目标，\。Amaze Project将产生高量的商业过滤媒体，该媒体将在来源的点捕获CO2。为具有较高吸附能力的碳捕获（CC）市场提供改变游戏规则的创新，并更低的再生能量需求。金属有机框架（MOF）是高度功能的化学物质，可以量身定制以更有效地捕获CO2，并需要更少的能量才能再生。作为粉末，挑战是需要在高透气的底物上支撑它们，以便可以重复使用。纳米纤维比人的头发小500倍，并集体产生多孔的非织布。具有极高的表面积和携带MOF等颗粒的能力，纳米纤维非常适合该任务。载有MOF的纳米纤维将用通用过滤器彻底改变当前的二氧化碳捕获方法，该过滤器提供了低成本，高效率的替代当前系统的替代品。国际能源机构（IEA）强调了碳捕获，利用和存储，作为在2050 \ 2050 \ net net Zero中的优先行动。碳捕获量通过捕获它在进入气氛之前就可以减少行业生产的二氧化碳。然后将被捕获的二氧化碳瓶装瓶装，然后运输以永久存储，或者将其加工成有用的产品，例如塑料，化学物质或新燃料。在传统上，捕获碳可以是一个能量密集型的过程，而这些化学物质在耗尽时很难处理，这通常会破坏原始的环境目标。需要创新和增加新技术的采用来达到净零目标。 Novomof（瑞士）MOF的先驱和制造商，而Nanolayr（英国）是纳米纤维的开发商和制造商；正在整合这两种技术，以将转换为碳捕获市场并生产出商业MOF负载的纳米纤维纸。所得的纸将直接适用于当前的高量空气过滤器，这意味着它们可用于阻止CO2进入大气，而无需任何主要的基础设施。这种廉价，低能的解决方案有可能对地球的碳问题产生巨大影响。