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Braking method of turbine expander

Braking method of turbine expander
Feb 20, 2024
Author: DEAR AST

The gas works externally through the expander. In the process of generating cooling capacity, there must be braking to consume this part of work. There are three braking methods: generator braking, fan braking and booster braking. The generator braking can recover the work done by the expander, but the power grid fault will also affect the work of the expander, and the equipment investment is large; The fan braking equipment is simple and easy to operate, but the noise is large, and all the work done by the expander is wasted;; The booster brake absorbs the power of the expander, and at the same time, it can increase the unit cooling capacity of the expander, reduce the expansion air volume, and is conducive to the oxygen extraction rate.

DEAR air separation enterprise intelligent innovation team, in order to improve the core competitiveness of the enterprise, create a scientific and technological enterprise, create a high-quality and energy-saving air separation equipment, and closely follow the development direction of the world manufacturing industry, plans to invest more than 30 million yuan to cooperate with Zhengzhou Kehui technology company, Shenzhen Gugao Motion Control Research Institute, Guyuan special robot company, Shandong Shuibo welding and cutting equipment manufacturing company The Artificial Intelligence Research Institute of Hefei University of technology and other units cooperated with scientific research institutions to create an air separation equipment production line with intelligent flexible production, and a modern intelligent air separation demonstration enterprise integrating intelligent management and operation, remote equipment monitoring and operation.

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If the temperature after the expander of the air separation unit is too low, it should find out the cause of the low temperature and take measures to increase the temperature after the expander. If the low temperature of expander is caused by liquid air in front of expander, appropriate measures should be taken to reduce the liquid air level of lower column. If it is caused by other reasons, the more effective method is generally throttling in front of the expander. Throttling will not increase the temperature in front of the expander, but throttling will reduce the pressure in front of the expander, so the pressure difference between the front and the back of the expander will be reduced, the expander will do less work and the temperature will be reduced, so the temperature at the after of the expander can be increased.
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