Molten Salt Boiler
Advantages and Features
- ASME, NFPA and DIN4754 Standards Design
- orking Temperature of The Molten Salt Pot is 270-550 °C
- Minimum and Maximum Amount of Salt Transfer is 2.5-6.6 kg/hr
- Thermal Shock Tolerance
- High Resistance to Moisture Connections
- Possibility of Continuous Heating of Salt
The least and the maximum amount of salt mass flow rate is 2.5 and 6.6 kg/hr
This thermal system is designed to tolerate thermal shocks.
Molten salt tank is designed so as to keep salt warm to prevent it from separation of system
General Specifications
Capacity
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Work Pressure
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Designing
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Fuel
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Power Consumed
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Product Introduction
Because of the limitation of the different boiling points of variable materials at high temperatures, fluids like water, oil and … can not be used for heat transfer. Therefore, at high temperature until 550 °C, molten salt is used as a heat transfer fluid. In order to use molten salt for raising temperature, the increase of pressure is not required.
Features:
- ASME and NFPA standards are used in this design
- The maximum and the least operation temperature of molten salt tank is 550 and 270 °C, respectively
- The least and the maximum amount of salt mass flow rate is 2.5 and 6.6 kg/h
- Materials used in the design of molten salt has the least amount of corrosion and thermal conduction and have the capability to operate at high temperatures
- The choice of materials, pumps, gates and installations has a significant role in the design of molten salt systems and all of the fittings should be sealed
- Ceramic fiber with thickness of 100 mm and the density of 135 kg/m3 is used to insult a boiler and installations. This material has the capability to tolerate the temperature of 1320 °C
- This thermal system is designed to tolerate thermal shocks
- Molten salt tank is designed so as to keep salt warm to prevent it from separation of system
- Controller devices are selected so that they can tolerate high temperatures and changing temperature dose not have any impact on their operation
- This device can be used in aluminum oxide production, melamine board, reactors, solar energy and generally in the applications which need high temperature
