Abstract
Numerical Simulation of Fluid Flow and Heat Transfer through Channels of Plate Heat Exchangers
Highlights
The domestic hot water (DHW) system is a part of the district heating system in Belgrade (Serbia)
This paper will describe the influence of water velocity on the factor of fouling in plate heat exchangers, based on measurements on four district heating substations (DHS) in the Sector of the Heat Plant Zemun
This paper, Numerical Simulation is applied to the individual plate heat exchanger for heating domestic hot water in a heat-transmitting substation for district heating, whose scheme is given in the following figure [1]: Figure 1
Summary
The domestic hot water (DHW) system is a part of the district heating system in Belgrade (Serbia). JKP Beogradske elektrane (municipal company for district heating in Belgrade) continuously improves the system by incorporating prefabricated compact substations which serve two purposes: heating water for the radiator heating system and heating of the DHW. This paper will describe the influence of water velocity on the factor of fouling in plate heat exchangers, based on measurements on four district heating substations (DHS) in the Sector of the Heat Plant Zemun. This paper, Numerical Simulation is applied to the individual plate heat exchanger for heating domestic hot water in a heat-transmitting substation for district heating, whose scheme is given in the following figure [1]:
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