纤维素类生物质全组分的热裂解反应动力学研究和催化热裂解机理研究数据集

本数据集为纤维素类生物质全组分的热裂解反应动力学研究和催化热裂解机理研究数据集，由上海交通大学负责，在上海交通大学自制试验装置上进行测试所得。测试项目为国家重点研发项目“纤维素类生物质生物、化学、热化学转化液体燃料机理与调控”课题四考核指标：获得生物质主要组分耦合热裂解动力学模型，并推断反应机理，生物质热解油和气体副产物的能量之和与生物质原料的能量之比 ≥ 70%。数据集包含数据记录文件，主体为最终科技报告中涉及的原始数据。该数据将为生物质主要组分热裂解机理的深入认识提供依据，并为提高生物质热解油和气体副产物的能量之和与生物质原料的能量之比提供数据支撑。This dataset is a research dataset for kinetic studies of pyrolysis reactions and catalytic pyrolysis mechanisms of full components of cellulosic biomass, developed and tested by Shanghai Jiao Tong University on its self-made experimental apparatus. The test items correspond to the assessment indicators of Task 4 of the National Key R&D Program "Mechanism and Regulation of Liquid Fuel Production via Biological, Chemical and Thermochemical Conversion of Cellulosic Biomass", which are: obtaining the coupled pyrolysis kinetic model of major biomass components, inferring the reaction mechanism, and ensuring that the ratio of the total energy of biomass pyrolysis oil and gaseous by-products to the energy of raw biomass materials is no less than 70%. The dataset includes data record files, the main content of which are the original data involved in the final scientific and technical report. This data will provide a basis for the in-depth understanding of the pyrolysis mechanism of major biomass components, and offer data support for improving the ratio of the total energy of biomass pyrolysis oil and gaseous by-products to the energy of raw biomass materials.

搜集汇总

背景与挑战

背景概述

该数据集由上海交通大学依托国家重点研发项目，通过自制试验装置采集纤维素类生物质全组分的热裂解反应动力学及催化热裂解机理原始数据，旨在建立主要组分耦合热裂解动力学模型并推断反应机理，以支撑生物质热解油与气体副产物能量占比不低于70%的目标实现。