Factors such as concentration and flow rate of saline water, type of energy storage material and inlet water temperature were investigated for their effect on the still productivity.
Charging experiments are carried out at constant and varying (solar energy) inlet fluid temperatures to examine the effects of inlet fluid temperature and flow rate of HTF on the performance of the storage unit.
The oil is used as the heat transfer fluid (HTF) and the influence of mass flow rate of the HTF on the thermal energy storage and retrieval is investigated in the experiments.
Based on the model, the effects of the thermal conductivity, the convective heat transfer coefficient and the flow rate of heat transfer fluid on the heat storage efficiency were analyzed.
The effects of heat transfer fluid (HTF) inlet temperature, Stefan number, flow rate of heat transfer fluid, the complete discharging time, cold storage capacity of the storage tank and distribution of water temperature in the cold storage device were investigated.
The effects of the heat transfer fluid (HTF) inlet temperature, the flow rate of the liquid PCM, the complete charging time, cold storage capacity of the direct contact storage tank and distribution of temperature in the direct contact cold storage device were investigated.
Oleaginous microorganisms growing on fats commonly consume their own storage lipids when the flow rate of exocellular fatty acids is considerably decreased in the culture medium (Aggelis et al. 1995).
Water of experimental containers was retained in a collection tank and pumped back to the storage tank at a flow rate of 20 l min−1.
However, the preparation and storage of slices, as well as the flow rate of the solution during recordings, were altered: slices were kept in an interface-type chamber before recordings, and a higher flow rate was used in the recording chamber.
The different influent storage buckets were filled with wastewater daily, corresponding to a 1.58 L day−1 flow rate of wastewater in the system.
