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Influences of design variables on minimum exergy loss are investigated.
The main goal is the minimum exergy loss in accomplishing that goal [24].
The minimum exergy loss and the optimal design parameters are obtained.
When the mixture ratio of blast furnace gas to coke oven gas is near to 7 1, the minimum exergy loss is obtained.
The results show that the minimum exergy loss is 3602072.2 kJ/t which decreases by 6.99% compared with that before optimization.
This paper considers the criteria of minimum work of compression, equal discharge temperatures at the exit of each stage and minimum exergy loss during inter-stage and gas cooling for identifying inter-stage pressure.
Similar(54)
The criterion of minimal exergy loss in heat rejection also yields the same inter-stage pressures as the minimum work criterion.
Maximum global performance means minimum heat loss to the ambient, minimum pressure loss, and minimum exergy destruction.
This paper presents the results of an optimization study based on the "minimal destruction of exergy" or "exergy loss" concept.
The results show that these exergy indexes should be used integratively, and in the whole system the location of maximum exergy loss ratio is the compressor, while the location of minimum exergy efficiency and thermodynamic perfect degree is the ground heat exchanger, so that the compressor and the ground heat exchanger should be primarily improved.
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minimal exergy loss
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minimum energy loss
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minimum exergy destruction
minimum heat loss
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