If an ammonia wet compression system is replaced with a dry compression system and capacity remains the same, what is the expected outcome regarding the danger to the compressor?

In a dry compression system, the process of compressing the refrigerant occurs without the presence of liquid, which helps to minimize the risk of damage to the compressor components. Specifically, liquid refrigerant can cause issues such as liquid slugging, where the liquid refrigerant enters the compressor and can lead to catastrophic failure due to the incompressibility of the liquid compared to gas.

By switching to a dry compression system, the likelihood of introducing liquid into the compressor is significantly reduced, which results in less wear and tear on the equipment. Additionally, dry compression systems often incorporate safeguards that further mitigate the chance of liquid entering the compression chamber.

This transition effectively enhances the operational reliability of the compressor, decreasing the chances of mechanical failure and extending the lifespan of the system. Therefore, the expected outcome is a reduction in the danger of damage to the compressor when switching from an ammonia wet compression system to a dry compression system while maintaining the same capacity.