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High Efficiency Stainless Steel U-Shaped Heat Exchanger - China Suppliers & Factory Solutions for Optimal Heat Transfer
Description
Storage Capacity & Biological Risks
Approximately 20% to 25% of the water storage capacity below the centerline of the heat medium conduit is room temperature water or cold water below the specified water temperature, resulting in a lower utilization rate of the storage tank's capacity. In addition, due to the appropriate water temperature, sufficient oxygen supply, and abundant nutrition in local areas, bacteria are prone to breed, causing biological pollution of water quality.
Laminar Heating Method
The stacked heating method of U-shaped volumetric water heater can be called "laminar heating".
Main Control Parameters
Effective volume of the water heater
Heating area
Hot water flow rate
Heat exchange rate
Heat transfer coefficient K
Shell side pressure
Tube side pressure
Heat medium parameters
Frequently Asked Questions
Q:
Why is the utilization rate of the storage tank's capacity reduced?Approximately 20% to 25% of the water storage capacity below the centerline of the heat medium conduit remains at room temperature or cold water below the specified temperature, leading to a lower utilization rate.
Q:
What causes biological pollution and bacterial breeding in the water heater?Bacteria easily breed in local areas due to the combination of appropriate water temperature, sufficient oxygen supply, and abundant nutrition, causing biological pollution of the water quality.
Q:
What is the heating method of a U-shaped volumetric water heater?The stacked heating method of a U-shaped volumetric water heater is referred to as "laminar heating".
Q:
Which design parameters affect the heating performance of the water heater?Key parameters include the effective volume of the water heater, heating area, hot water flow rate, heat exchange rate, and the heat transfer coefficient K.
Q:
What pressure and medium parameters need to be controlled?The main control parameters include the shell side pressure, tube side pressure, and the specific heat medium parameters.