Device operation flexibility issue

The operational flexibility of the air separation unit in an ammonia synthesis plant refers to its ability to adjust gas purity and flow rate under different production loads. The operational flexibility of a air compressor refers to its ability to operate stably under different inlet conditions and exhaust pressures. The operating flexibility of a booster pump refers to its ability to adjust and maintain the required pressure under different suction pressure and flow rate conditions. The operational flexibility of a syngas compressor refers to its ability to effectively adjust and maintain pressure under various suction conditions and compression ratio requirements. The operational flexibility of an ammonia compressor refers to its ability to adjust its compression ratio and flow rate under different operating conditions in order to meet production requirements. .

I’ve got a rough understanding of it; it seems that a reasonable operating range at the moment is an elasticity control of 80-105% for air separation units, while the elasticity range for centrifugal compressors is generally kept between 75-110%

Yes, by maintaining the elastic control of the air separation unit within the range of 80-105%, it is possible to ensure that the gas output and purity can adapt to different requirements. The operating flexibility range of centrifugal compressors (including air compressors, boosters, syngas compressors, and ammonia compressors) is generally maintained between 75-110%, which ensures stable operation of the compressor even when loads change, while also providing a degree of adjustment to meet changes in requirements during production. .