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The variations of design parameters with the inlet hot gas enthalpy and exergy unit price are also shown.
The inlet hot water and inlet cold water temperatures are between 40 and 50 °C, and between 15 and 20 °C, respectively.
The results show that, the productivity, efficiency, productivity rate, and Gained Output Ratio of the desalination unit are strongly affected by the inlet hot water temperature and flow rate.
The influence of the inlet hot air temperature T0 °C00–250 °C), water mass fraction xW in dewatered alcohol solution (0.021 0.176 kg/kg), and air mass flux density Nair (0.170 0.306 kg/m2s) on regeneration efficiency of the zeolite adsorbent bed was studied.
Also, the influence of the variation of key parameters by which the MED plant is controlled (the inlet hot water flow rate (mhot) and temperature (Thot), the feed water flow rate (mf) and the condenser vapor temperature (Tc)) on the freshwater production and performance ratio (PR), were analyzed with an experimental campaign of 82 experiments.
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The temperatures of inlet waste hot gas and ambient fluid are known.
In addition the optimal ratio of cold water at condenser inlet to hot water at evaporator inlet (C/H) is obtained.
In this work, the effect of - inlet air pressure, hot tube length, hot tube internal diameter, orifice diameter, and nozzle diameter, on hot-outlet air temperature is analyzed.
Because the initial work with LSII used a hot inlet tube to produce ions, the method was limited to instruments having inlet tubes that can be significantly heated.
The effects of the water inlet velocity and hot air inlet mass flow rate are measured in the experiments.
In addition, parametric influences of inlet air velocity, hot water temperature and cycle time are analysed.
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