Moo-thane: A feasibility study into a net-zero enabling intelligent-housing technology to remove dilute methane emissions from livestock.

牲畜消化系统产生的甲烷占农业温室气体排放量的50%以上。这是该行业实现净零排放的主要障碍。大约1/3在室内释放，如果存在合适的技术，可以在谷仓通风系统中移除。该项目汇集了一个跨越商业、工程和科学方面的团队，以证明催化过程分解稀甲烷的可行性。在已经开发的分解稀甲烷的技术（例如在煤矿开采中）的基础上，将其部署到农业部门需要一个额外的过程，首先将非常稀的甲烷浓缩到谷仓空气中。PCR：该项目的目标没有改变，只是为其中一个合作伙伴杜伦大学提出了一个要求，该大学在人员配备上略微超支，并希望使用耗材支出不足来支付额外的人员支出。重新分配资金的选项是灰色的，所以选择这是最合适的变化。

Methane from the digestive systems of livestock accounts for over 50% of agricultural greenhouse gas emissions. This is a major barrier for the sector meeting net-zero. Around 1/3rd is released indoors, and could be removed in barn ventilation systems if suitable technology existed. This project pulls together a team spanning commercial, engineering and scientific aspects to demonstrate the feasibility of a catalytic process to decompose dilute methane. Building on already developed technology that decomposes dilute methane (e.g. in coal mining), deployment to the agricultural sector requires an additional process to first concentrate the very dilute methane in barn air.PCR: There is no change in the aim of the project, just a request for one of the partners, Durham University, who have slightly overspent on staffing and would like to use underspend on consumables to cover the additional staff spend. The reallocation of funds option was greyed out so selected this as the most appropriate change.