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Effects of key factors on the circulation ratio of the inlet fluid mass flow rate to the generated vapor mass flow rate, an important design parameter for reboilers/condensers, are particularly analyzed.
The best possible implementation is a 895 kW heat pump with an ammonia mass fraction of 0.82 and a circulation ratio of 0.43.
The best possible implementation was found to be a 895 kW HACHP with an ammonia mass fraction of 0.82 and circulation ratio of 0.43.
Similar(57)
The effects of fuel flow rate, fuel utilization factor, circulation ratio, mass of adsorbent and inlet air temperature on the performance are considered.
A thermodynamic analysis is applied to determine optimal circulation ratios for a number of ammonia mass fractions and heat pump loads.
The performance of the system in terms of the circulation ratio, internal heat recovery and coefficient of performance (COP) has been obtained.
It is seen, that for all four load shares, in the range of (x_r>0.55), one circulation ratio optimizes the COP for each value of (x_r).
This investigation is the first to consider the instability modes that may develop on a Lamb Oseen vortex pair of arbitrary circulation ratio.
The influence of ammonia mass fraction, circulation ratio and heat pump load was also investigated.
The ammonia mass fraction of the rich solution and the circulation ratio both have great influence on both the COP and the pressure levels in the system.
The best possible implementation is identified in terms of heat load, ammonia mass fraction and circulation ratio.
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