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Maglev Turbo Expander

Product Name：

Maglev Turbo Expander

Product Overview： Thanks to the technical advantages of maglev bearing’s high-speed frictionless operation, the maglev turbo expander is able to convert the pressure energy and thermal energy of the organic medium gas into mechanical energy, and convert mechanical energy into electrical energy. The product is mainly applied to ORC waste heat ...

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Product Description

Thanks to the technical advantages of maglev bearing’s high-speed frictionless operation, the maglev turbo expander is able to convert the pressure energy and thermal energy of the organic medium gas into mechanical energy, and convert mechanical energy into electrical energy. The product is mainly applied to ORC waste heat generator unit, which can not only improve efficiency and reliability of the unit in an effective way, but also reduce maintenance workload and equipment cost significantly; without a lubrication system, the size and weight of the unit are greatly reduced. Therefore, it has a wide range of applications in many medium and low temperature thermal power generation plants.

Application Industries

Petrochemical industry: condensation after hydrocarbon fractionation and waste heat of natural gas long-distance pipeline combustion unit

Power industry: power station boiler exhaust

Iron and steel industry: gasification cooling process of the converter and sintering

Other medium and low temperature (above 80℃) waste heat power generation plants such as waste incineration, industrial boiler exhaust, process gradient energy use, geothermal, etc.

Product Advantages

The maglev turbo expander leverages the low boiling point characteristics of organic working medium to obtain higher steam pressure under medium and low temperature conditions, so that it drives the expander turbine to perform work and converts low-quality heat sources into high-quality electrical energy. Its technical advantages are manifested in the maglev bearings and high-speed motors. When the equipment is running, the rotor is completely suspended without friction, thus reducing mechanical transmission and friction losses, which can effectively improve efficiency of the unit and prolong its service life. No lubricant or oil station is required during the entire life cycle of the product. As a result, it can significantly reduce size and weight of the equipment and minimize maintenance costs and workload.