30kWth煤化学链燃烧装置实验数据集

煤化学链燃烧是一种低成本的CO2捕集技术，但面临炭分离困难的难题。在本课题“化学链理论与方法”的支持下，提出来稀相分离理念，搭建了热输入30kW的化学链热态实验台进行考核。考察了气速、循环量等关键因素对炭分离效率的影响，数据记录包括压差温度信息、颗粒信息、气体分析结果、性能评估结果信息等。

Coal chemical looping combustion is a low-cost CO₂ capture technology, yet it faces the challenge of difficult carbon separation. Supported by this project titled "Theory and Method of Chemical Looping", a dilute-phase separation concept was proposed, and a 30 kW thermal-input chemical looping hot-state experimental rig was constructed for validation. The effects of key factors including gas velocity and circulation flow rate on carbon separation efficiency were investigated. The recorded data covers pressure difference and temperature information, particle data, gas analysis results, and performance evaluation results, etc.

搜集汇总

背景与挑战

背景概述

该数据集记录了30kWth煤化学链燃烧装置的实验数据，包括压差温度、颗粒信息、气体分析结果等，用于研究炭分离效率的影响因素。数据量为343MB，属于能源科学技术领域的一次能源研究。