Carbon dioxide capture and conversion dataset

The carbon dioxide capture and conversion dataset is an output of a Science & Industry Endowment Fund (SIEF) project to develop nanoporous metal-organic frameworks that have an affinity for carbon dioxide.  A goal of the project is to develop nanoporous materials that will aid in the development of more efficient processes for the capture, conversion and sequestration of carbon dioxide.  The ultimate goal of the project is the development of new classes of efficient, cost-effective, and industrially viable materials for application in carbon capture and storage (CCS) systems. Efficient carbon capture offers opportunities to reduce the industrial output of greenhouse gas emissions on a national and international scale.

Gas sorption data was captured using a Micromeritics ASAP2020 Sorption Instrument, and an IGA-100 Intelligent Gravimetric Adsorption analyser.  Instrument data is converted to .CSV format, and is manipulated using data analysis and visualisation software programmes including Origin, SigmaPlot and MathCAD. Analysed data is exported to .JPEG format for publication. For further information, please refer to the associated publications.

本二氧化碳捕获与转化数据集是科学与工业捐赠基金（Science & Industry Endowment Fund，SIEF）资助项目的产出成果，该项目旨在研发对二氧化碳具有吸附亲和性的纳米多孔金属有机框架（nanoporous metal-organic frameworks）材料。该项目的阶段性目标为研发纳米多孔材料，以助力开发更高效的二氧化碳捕获、转化与封存工艺。本项目的终极目标为开发新一代高效、经济且具备工业实用性的材料，应用于碳捕获与封存（carbon capture and storage，CCS）系统。高效的二氧化碳捕获技术可为全球及各国范围内降低工业温室气体排放量提供可行路径。

气体吸附数据通过麦克默瑞提克ASAP2020吸附仪（Micromeritics ASAP2020 Sorption Instrument）与IGA-100智能重量法吸附分析仪（IGA-100 Intelligent Gravimetric Adsorption analyser）采集得到。仪器采集的原始数据将转换为CSV格式，并通过Origin、SigmaPlot及MathCAD等数据分析与可视化软件进行处理。经分析处理的数据将导出为JPEG格式，用于学术发表。如需进一步了解相关信息，请查阅关联学术文献。