G8-2012 Research Councils Initiative on Multilateral Research Funding

这项研究的重点是通过将生物衍生燃料与二氧化碳捕获和储存(CCS)相结合，将现代水泥厂转向能够降低大气二氧化碳水平的更高效的设施。这项工作将基于氧气燃烧的实验和建模，以及用产生的O2和回收的二氧化碳取代空气。研究计划以这一核心为基础，包括受影响的辅助过程。模拟氧气燃烧的实验，以及对窑炉和焙烧炉内气体和固体流动的建模，将把结果提供给剩余的工作。从科学上讲，这种方法从已知开始，然后增加层层创新。水泥行业100年来一直在不断改进，任何变化都将建立在这个基础上。

The research effort is focused on moving the modern cement plant towards a more efficient facility able to reduce atmospheric CO2 levels, by combining bio-derived fuels with CO2 capture and storage (CCS). This work will be based on experiments and modeling of oxygen combustion, and the replacement of air with produced O2 and recycled CO2. The research plan builds from this core to include affected ancillaryprocesses. Experimentation in simulated oxyfiring, and modeling of the gas and solids flow within the kiln and calciner will feed results to the remaining work. Scientifically the approach starts from the known and then adds layers of innovation. The cement industry has been making incremental improvements for 100 years and any changes will build from this base.