Selecting a high-temperature molten salt pump is the key to ensuring the stable operation of photothermal power generation and molten salt energy storage projects. Due to the particularity of high-temperature molten salt media, ordinary pump selection standards are not applicable. Users need to confirm the core's high-temperature operating parameters for accurate model selection.
The core selection parameters of molten salt pumps: First, the maximum operating temperature of molten salt, which determines the material and high temperature resistance level of the pump body. Secondly, the composition of the molten salt medium, including sodium nitrate and potassium nitrate mixed salt, is used to confirm the anti-corrosion standards. Third, the required flow rate and head, which determine the hydraulic model of the pump. Fourth, the operating mode includes 24-hour continuous operation or intermittent start and stop. Fifth, on-site installation form, vertical submersible pump is the mainstream of molten salt projects.
Reasonable selection of molten salt pumps can reduce equipment failure rates, avoid solidification and blockage of molten salt, extend the service life of the pump, and reduce the operation and maintenance costs of the project. Improper parameter matching can easily lead to high-temperature thermal deformation, seal damage and low heat transfer efficiency.
We provide one-stop molten salt pump selection service. Based on your actual working conditions, temperature, flow, head and medium parameters, our technical team will customize the most suitable high-temperature molten salt pump model for you and provide free quotations and technical support.
