Monolith Enhanced Cabin Air Filtration (MECAF)

烟雾事件是罕见的，但当它们发生时，它们会对人类生活产生严重和悲剧性的影响。许多有毒化合物与烟雾事件有关，其中一些目前的技术无法去除。Immaterial是一家先进的材料公司，拥有独特的尖端技术，用于过滤和捕获有毒化合物。在与剑桥大学的合作和Pall Aerospace的支持下，Immaterial将基于这项技术开发新材料，首次能够过滤舱内空气中的各种已知毒素，从而为舱内乘员提供独特的保护。在这个项目中，Immaterial将对民用航空中感兴趣的化合物进行分子模拟，以识别和开发高性能材料。这些将在适合集成到测试过滤系统的结构中合成和形成。结果将用于迭代和优化材料，以进一步测试，以确认集成到飞机过滤系统之前的有效性和稳健性。

Fume events are rare but when they occur, they can have a severe and tragic impact on human life. Many toxic compounds have been associated with fume events, some of which current technologies are unable to remove. Immaterial is an advanced materials company with unique cutting-edge technology for the filtration and trapping of toxic compounds. In partnership with the University of Cambridge and supported by Pall Aerospace, Immaterial will develop new materials based on this technology that enable, for the first time, filtration of the full range of known toxins from cabin air, thereby providing unique protection for cabin occupants.In this project, Immaterial will run molecular simulations on compounds of interest in civil aviation to identify and develop high performance materials. These will be synthesised and formed in a structure appropriate for integration into test filtration systems. Results will be used to iterate and optimise the materials for further testing to confirm efficacy and robustness ahead of integration into aircraft filter systems.