A few days ago, Bengbu Auto Compressor Co., Ltd. reported on site from Shandong Huayi users that the third-generation liquid ammonia discharge compressor was put into operation, and its discharge speed was increased by about 20% compared with the second-generation product of the same model. This model is efficient High, no leakage, long service life of wearing parts, and high cost performance are directly praised by users.

liquid ammonia unloading compressor is widely used for liquid ammonia unloading in ammonia stations, and it is an ideal equipment for advanced technology. When ordinary unloading compressors are used in ammonia medium, they often cause packing leakage after a period of use, which not only affects the normal operation of the compressor, increases the maintenance volume, but also brings great hidden dangers to safety.

On May 7, 2013, Auto's third-generation liquid ammonia unloading compressor R&D and improvement project was officially launched. Through more than three years of testing and verification, the performance of various parameters of the third-generation liquid ammonia unloading compressor of Auto has been evaluated for its superior performance, which fully proves the design, material selection and process of the third-generation liquid ammonia unloading compressor of Auto And the feasibility and rationality of the test device are in parallel with similar compressors overseas. The compressor has relatively zero leakage, which greatly improves the working efficiency of the compressor. The selection of special formula materials and surface treatment technology reduces the friction resistance of the compressor, thereby reducing the loss of useless work and achieving energy saving.

The successful development of the third-generation liquid ammonia unloading compressor is not only a major achievement of Auto Compressor, but also a major breakthrough in compressor technology in my country. It not only increases production capacity, but also contributes to energy saving and emission reduction.