Visualised Real-Time Monitoring of Hydrogen Gas Leakage and Compositions - Improving a Smart Technology

可视化实时监测氢气泄漏和成分——改进智能技术

• 批准号: 10062988
• 金额: $ 5.05万
• 依托单位: HYCCS TECH LTD
• 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: 已结题
• 来源: https://gtr.ukri.org/projects?ref=10062988
• 关键词: Visualised; Real; Time; Monitoring; Hydrogen

Our key message here is that based on a study undertaken for the UK's BEIS, the hydrogen emissions/lost could reach 174kt/y when its production is 12,000kt/y by 2050, and this innovative project is designed to tackle this serious and costly problem. The generic off-the-shelf facility isn't designed for this unique problem; hence our unique technology is fitted for this purpose. There are different "natural-gas" leakage detection methods in the market; however, they demand extremely high CAPEX costs, require regular maintenance and repair, and, more importantly, cannot work accurately and efficiently when hydrogen gas is entered into the national transmission and distribution systems. This project will study transforming our world's first integrated smart technology for simultaneous early gas leakage detection (visualised) and compositional monitoring into new "Hydrogen" applications, mainly for the UK's industrial clusters and national gas networks. This project will be an in-depth analysis of hydrogen gas leakage and compositional monitoring using an integration of thermodynamic modelling, improvement of a cloud platform for the data analytics processing, development of advanced ML models, and geographic information system (GIS) to really improve a novel early leakage detection and location identification system which can also quantify the leak rates and compositional changes of the stream in a real-time manner. It can also build a fundamental understanding of hydrogen-rich streams' kinetics and transport properties in transportation infrastructure. Together, these features of our technology develop a low-cost, easy to install & operate system that will last the lifetime of the hydrogen transmission and distribution networks. Early detection and repair of hydrogen gas leakages will be time-consuming and costly for gas distributors, and the industry has failed to deliver a technical solution to this problem successfully. HyCCS Tech believes this unique integrated technology could provide an elegant and cost-effective solution to this significant issue, drastically decreasing the hydrogen gas leakage identification and repair time and reducing the expenses for the gas transmission and distribution operators.

我们在这里的关键信息是，根据英国BEIS进行的一项研究，到2050年，当其产量为12，000 kt/y时，氢排放/损失可能达到174 kt/y，而这个创新项目旨在解决这个严重且昂贵的问题。通用的现成设施不是为这个独特的问题而设计的;因此我们独特的技术适合这个目的。市场上有不同的“天然气”泄漏检测方法;然而，它们需要极高的CAPEX成本，需要定期维护和维修，更重要的是，当氢气进入国家输配电系统时，它们无法准确有效地工作。该项目将研究将我们世界上第一个用于同时进行早期气体泄漏检测（可视化）和成分监测的集成智能技术转化为新的“氢气”应用，主要用于英国的工业集群和国家天然气网络。该项目将深入分析氢气泄漏和成分监测，使用热力学建模的集成，改进用于数据分析处理的云平台，开发先进的ML模型，和地理信息系统（GIS），以真正改善一种新的早期泄漏检测和位置识别系统，该系统还可以量化真实的河流的泄漏率和成分变化，时间的方式。它还可以建立在交通基础设施中的富氢流的动力学和运输特性的基本理解。我们技术的这些特点共同开发了一种低成本、易于安装和操作的系统，该系统将持续氢气输送和分配网络的使用寿命。氢气泄漏的早期检测和修复对于气体分销商来说将是耗时且昂贵的，并且该行业未能成功地提供该问题的技术解决方案。HyCCS Tech认为，这种独特的集成技术可以为这一重大问题提供一种优雅且具有成本效益的解决方案，大大减少氢气泄漏识别和修复时间，并降低天然气输配运营商的费用。