Non-Intrusive CO2 Flow Measurement

该项目加速了一个名为A-EYE的流量监测系统的增强，使其能够测量CO2流量。为了防止全球气温上升1.5摄氏度，碳捕获和储存将是一个至关重要的产业，预计到2050年将封存10千兆吨二氧化碳。.能够准确和有效地测量捕获的CO2流量对于安全和有效的碳捕获和储存至关重要。EYE由Exnics开发，通过结合包括激光和机器学习方法在内的多种技术，以完全非侵入式的方式为石油和天然气行业确定管道内的复杂流动条件。与NEL合作，该项目将使Exnics能够训练其A-EYE技术，以便使用在环境温度和压力下显示出与工业CCUS应用中预期的CO2流相似的热物理特性的可比流体来“理解”CO2流。

This project accelerates the enhancement of a flow surveillance system called A-EYE to allow it to measure CO2 flows.With the need to prevent a 1.5C increase in global temperatures, carbon capture and storage will be a vital industry and is expected to sequester 10 giggatonnes of CO2 by 2050\.Being able to accurately and efficiently measure the flow of captured CO2 will be crucial to safe and effective carbon capture and storageA-EYE has been developed by Exnics to determining complex flow conditions inside pipes in an entirely non-intrusive manner for the oil & gas industry, by combining several technologies including lasers and machine learning methods.In partnership with NEL, this project will allow Exnics to train it's A-EYE technology to "underdstand" CO2 flows using comparable fluids which at ambient temperature and pressure show similar thermophysical properties to CO2 flows expected in industrial CCUS applications.