Use of innovative rhenium polymers to trap ammonia

该项目旨在使用专门设计的聚合物材料作为选择性过滤器的一部分，捕获和分解农业残渣中的氨气，这些过滤器专门设计用于与气体相互作用。氨是一种有害气体，它有可能对人类和环境造成严重破坏。它也是危险的，因为在特定的大气条件下，它会成为其他有害副反应的起始化合物，从而产生更多有毒化合物。在英国，农业活动是这种气体的主要来源。重要的是，通过实施简单且具有成本效益的解决方案，在不损害该领域的情况下减少其影响。我们的解决方案设想了一种简单、廉价、高效和可管理的过滤系统，该系统可以安装在燃烧系统或气体系统中，充当氨气的选择性捕集器，同时让其他化合物通过。环境选择性提取是我们在林肯大学的专业项目。我们的专业技术使我们能够设计、制造和实施实用的解决方案，通过大幅减少排放到我们大气中的氨气，帮助这个经济部门变得更加环保。

This project aims to trap and decompose ammonia gas from agricultural residues using specially designed polymeric materials as part of selective filters that are specifically designed to interact with gas. Ammonia is a harmful gas, and it has the potential to cause serious damage to humans and the environment. It is also dangerous because it becomes the starting compound for other unwanted side reactions to produce more toxic compounds, under certain atmospheric conditions. In the United Kingdom, agricultural activities are the main source of this gas. It is important to reduce its impact without damaging this sector by implementing solutions that are simple and cost effective.Our solution envisages a simple, cheap, efficient, and manageable filtering system that can be fitted to combustion systems or to gas systems acting as a selective trap for ammonia gas while letting other compounds to get through. Environmental Selective Extractions is our specialist venture at the University of Lincoln. Our expertise allows us to design, manufacture and implement practical solutions that can help this economic sector to become more environmentally friendly by drastically reducing the amount of ammonia pumped into our atmosphere.