Non destructive measurement of alloy ingress into industrial infrastructure where alloy is used as a leak sealant

对合金进入工业基础设施（其中合金用作泄漏密封剂）的无损测量

• 批准号: 10022243
• 金额: $ 1.61万
• 依托单位: RAWWATER APPLIED TECHNOLOGY LIMITED
• 依托单位国家: 英国
• 项目类别: Collaborative R&D
• 财政年份: 2022
• 资助国家: 英国
• 起止时间: 2022 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=10022243
• 关键词: Non; destructive; measurement; alloy; ingress

Rawwater is commercialising its unique leak and defect sealing technologies. One of the remaining hurdles to commercialisation is control of material ingress through the repair site and into the system. For many applications, this is undesirable. NPL have a vast range of knowledge and access to equipment for Non-Destructive Testing (NDT). The proposed project would be to test NDT options for a limited number of 'typical' leaks repairs to assess whether NDT will be able to identify if there is any ingress. The reason that it is so crucial to achieve an NDT method is that the only other way of measuring is destructively which either involves changing the end state, potentially disrupting any ingress and therefore not providing accurate information or physically destroying each test piece, which is not a commercially or environmentally viable option.The target is to identify NDT options for laboratory analysis, to allow Rawwater to control parameters to reduce/remove ingress and explore the potential to use this in the field to provide customers with a post seal analysis to prove ingress has not occurred.

Rawwater正在将其独特的泄漏和缺陷密封技术商业化。商业化的剩余障碍之一是控制材料通过维修现场进入系统。对于许多应用，这是不期望的。NPL拥有广泛的知识和无损检测（NDT）设备。拟议的项目将测试NDT选项，用于有限数量的“典型”泄漏修复，以评估NDT是否能够识别是否有任何进入。实现NDT方法如此重要的原因是，唯一的另一种测量方式是破坏性的，这要么涉及改变最终状态，可能会破坏任何进入，因此无法提供准确的信息或物理破坏每个试件，这不是商业或环境上可行的选择。目标是确定实验室分析的NDT选项，允许Rawwater控制参数，以减少/消除进入，并探索在现场使用该方法的可能性，为客户提供密封后分析，以证明没有发生进入。