研究1：化石能源/生物质高效低碳转化中的先进测量技术，重点围绕面向化石能源/生物质高效低碳转化的燃烧过程多尺度多物理场耦合方法、先进燃烧过程监测技术、燃烧过程监测与低碳转化等开展研究。

Research Theme 1: Advanced Measurement Techniques for High-Efficiency and Low-Carbon Conversion of Fossil Fuels and Biomass. This research focuses on advanced measurement techniques for the high-efficiency and low-carbon conversion of fossil fuels and renewable fuels such as biomass, specifically emphasizes the development of multi-scale, multi-physics coupling methods for combustion processes, advanced combustion process monitoring, and integration of process monitoring with low-carbon conversion pathways.

研究2：高耗能高排放工业过程的先进测量与优化技术，重点围绕高耗能高排放工业终端过程复杂流动仿真与测试、多传感器融合感知的先进监测方法、高能耗工业过程监测等开展研究。

Research Theme 2: Advanced Measurement and Optimization Techniques for High-Energy-Consumption and High-Emission Industrial Processes. This research concentrates on advanced measurement and optimization for energy-intensive and high-emission industrial processes. The work is prioritized on complex flow measurement and simulation within industrial end-use processes, advanced monitoring methods based on multi-sensor data fusion, and monitoring and optimization of high-energy-consumption processes.

研究3：高效低成本碳捕集、利用与封存过程中先进测量与高精度碳计量技术，重点围绕构建碳计量标准、高精度碳计量方法、碳捕集链相态变化等研究。

Research Theme 3: Advanced Measurement and High-Precision Carbon Metrology for Efficient and Low-Cost Carbon Capture, Utilization, and Storage (CCUS). This research is dedicated to advanced measurement and high-precision carbon metrology within efficient and low-cost CCUS processes. The key focus areas include establishing carbon metrology standards, developing high-precision carbon dioxide flow metering, and investigating phase-changing behaviors throughout the CCUS chain.