Pressurized fluidized bed combustion combined cycle(PFBC CC) power generation is a new clean coal technology.
增压流化床联合循环（PFBC-CC）发电技术是一种新型的洁净煤技术。
The PFBC ash obtained from Middle Part Electric Power Corporation of Japan is studied focusing on its characteristics.
对取自日本国中部电力会社所产PFBC灰进行了特性分析。
The Hokkaido Electric Power Company exploits the advantages by operating the first commercial PFBC combined-cycle plant in Japan.
北海道电力公司通过运行日本的第一座加压流化床电厂证实了其优点。
The attemperator of the gas bypass of Jiawang PFBC-CC pilot plant was studied by simulating experiment and numerical calculation.
采用冷态模拟实验与数值计算相结合的方法对贾汪pfbc CC中试电站旁路烟道的减温器进行了专门研究设计。
The second generation pressurized fluidized bed combustion combined cycle (2G PFBC-CC) is one of the promising clean coal technologies.
第二代增压流化床联合循环发电技术（2GPFBC-CC）是当前具有应用前景的洁净煤发电技术之一。
The results reveal that chemical and mineralogical compositions, physical phase and granule shape of PFBC ash are more different from OF ash.
研究表明，PFBC灰与传统的煤粉炉粉煤灰（OF灰）在化学成分、物相组成及颗粒形态上具有很大差异。
Steady and efficient feeding of fuel and lime stone is one of the basic prerequisites of normal operation of a PFBC combined circulation power plant.
向加压流化床(PF B)锅炉稳定、高效地供给燃料和石灰石是PFBC联合循环电站正常运行的基本保证。
Steady and efficient feeding of fuel and lime stone is one of the basic prerequisites of normal operation of a PFBC combined circulation power plant.
向加压流化床(PF B)锅炉稳定、高效地供给燃料和石灰石是PFBC联合循环电站正常运行的基本保证。
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