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In this paper, we use exergy analysis and energy utilization diagram (EUD) methods to disclose the internal reasons for performance differences in typical coal to alternative fuel processes.
The thermodynamic performance of the proposed system is investigated, and the irreversibility of energy conversion is disclosed using the energy–utilization diagram method.
In this paper, exergy analysis and the energy utilization diagram method (EUD) are used to assess the new process and identify the key operation units with large exergy loss.
The new system is also analyzed by using the graphical exergy methodology based on energy-utilization diagrams (EUDs).
The off-design performances of both plants are compared based on the energy-utilization diagram method.
The off-design performance was investigated and the irreversibility was disclosed with the aid of the energy-utilization diagram method.
Energy-Utilization Diagram analysis showed that removing composition adjustment and recycling 72.7% of the unreacted gas could reduce the exergy destruction during methanol synthesis by 46.85% and that the char utilized to preheat the compressed air could reduce the exergy destruction during combustion by 10.28%.
The work of Kesby[ 5, 10, 11] provides key examples of the utilization of participatory diagramming in data collection.
Use visual diagrams.
The techniques are based on different ash properties, like fusibility of ash, viscosity, compression strength of ash pellets, empirical correlations based on elemental contents of the ash, and utilization of appropriated phase diagrams [3].
Use symbols and diagrams.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com