Ammonia synthesis equipment

Abstract

The invention discloses ammonia synthesis equipment. The ammonia synthesis equipment comprises an ammonia synthesis tower, a generator set and heat exchange equipment; the generator set is suitable for supplying power to electrical appliances of the ammonia synthesis equipment; and the heat exchange equipment is suitable for absorbing heat of wastes discharged from the generator set and cooling ammonia synthesized by the ammonia synthesis tower so as to liquefy the ammonia. According to the ammonia synthesis equipment disclosed by the invention, the liquefaction separation effect of the ammonia is improved, the production efficiency of the ammonia is increased, and meanwhile, the electrical appliances of the ammonia synthesis equipment cannot be affected by the power supply of a municipalpower grid, so that the production sustainability of the ammonia synthesis equipment is guaranteed.

Description

technical field [0001] The invention relates to the field of ammonia synthesis and preparation, in particular to an ammonia synthesis equipment. Background technique [0002] In the ammonia synthesis preparation process, the gaseous ammonia generated by the ammonia synthesis tower is cooled and liquefied after passing through the water cooler, so that the liquefied ammonia flows into the ammonia separator and is separated from the unreacted raw material gas for ammonia preparation in the ammonia separator. In the related art, the cooling effect of the water cooler on ammonia is poor, resulting in a higher temperature of the ammonia entering the ammonia separator, and less liquefaction of ammonia, so that the separation effect of ammonia in the ammonia separator is poor, and the production efficiency of ammonia synthesis is relatively low. lower. [0003] In addition, in related technologies, the preparation of ammonia synthesis needs to be powered by the municipal power gri...

AI Technical Summary

Problems solved by technology

In the related art, the cooling effect of the water cooler on ammonia is poor, resulting in a higher temperature of the ammonia entering the ammonia separator, and less ammonia liquefaction, so that the separation effect of ammonia in the ammonia separator is poor, and the production efficiency of ammonia synthesis is relatively low. lower

[0003] In addition, in related technologies, the preparation of ammonia synthesis needs to be powered by the municipal power grid. When the municipal power grid is out of power or the voltage drops, the electrical equipment in the preparation of ammonia synthesis will fail to work and the production will stop, and the production continuity of ammonia synthesis is poor.

Images