安徽蚌埠电厂660MW燃煤锅炉生物质气化耦合发电工程监测数据

本数据集以空气和CO2混合气作为原料气源，通过实验结合模拟计算的方法测算新溶剂吸收-解吸系统能耗与成本。系统吸收-解吸能耗的测算步骤如下：①实验测试新溶剂-CO2相平衡；②利用实验室连续吸收-解吸系统连续运行；③建模进行模拟计算，比较实验测试结果与模拟计算结果，修正模拟计算模型，最终通过流程模拟计算得到系统捕集能耗。

This dataset uses a mixture of air and CO₂ as the feed gas, and calculates the energy consumption and cost of the new solvent absorption-desorption system via a combination of experimental tests and simulation computations. The calculation steps for the energy consumption of the absorption-desorption system are as follows:
① Experimentally test the phase equilibrium between the new solvent and CO₂;
② Perform continuous operation using the laboratory-scale continuous absorption-desorption system;
③ Establish models for simulation calculations, compare the experimental test results with the simulation outcomes, revise the simulation model, and ultimately obtain the system's CO₂ capture energy consumption through process simulation calculations.

搜集汇总

背景与挑战

背景概述

该数据集包含安徽蚌埠电厂660MW燃煤锅炉生物质气化耦合发电工程的监测数据，通过实验与模拟计算相结合的方法，测算新溶剂吸收-解吸系统的能耗与成本，聚焦于CO2捕集和富氧燃烧耦合发电技术。数据来自国家重点研发计划项目，旨在优化能源工程中的捕集效率和经济性，适用于动力机械工程领域的研究与应用。