Mechanisms of the material circulation systems belonging to each module and subsystems in each material circulation system are introduced.
Its bibliographical material circulation is above 1.2 million (in 2012), with 1.7 million of online circulation transactions, and more than 600,000 downloads of international scientific material.
All the parts of a real material circulation system for CPEF are connected together and work as a complex mechanism.
End-of-life assembly products at recycling factories should be disassembled environmentally and economically in consideration of not only low carbonization but also of material circulation.
Since the sorption enhanced reforming process is highly dependent on temperature, the influence of gasification temperature and further, bed material circulation rate are discussed as well.
Further, it is shown that a low bed material circulation rate is favorable to obtain high hydrogen (H2) contents in the product gas.
CEEF including the physico-chemical material regenerative system has been constructed for the experiments of material circulation among plants, breeding animals and crew of CEEF.
In order to control the material circulation in the Closed Ecology Experiment Facilities (CEEF), it is necessary to clarify material flow in the Closed Plant Experiment Facility CPEFF) of CEEF.
The next step was development of a replicate simulation model of the material circulation system for the Closed Plant Experiment Facility (CPEF) that is a part of CEEF.
The results show the dependency of bed material circulation rate on the superficial gas velocity in the combustor, the bed material inventory and the aeration of solids flow between the bottoms of the gasifier and the combustor.
