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Water in Ammonia Refrigeration System
The water in the ammonia refrigeration system
The existence of water is of great concern to the ammonia refrigeration system. When water enters the field of ammonia refrigeration, its state and properties can cause changes in the system.
Water enters the ammonia refrigeration system or is mixed in for various reasons. Excessive water sources, leakage of pipelines, or unclean equipment can all be the path through which water enters the system. Water enters the system, initially small, but gradually accumulates, which can cause the system to lose its order.
Ammonia refrigeration relies on its phase transformation to transfer heat, and the mixing of water messes up its balance. The boiling point of water is very different from that of ammonia. During the refrigeration cycle, water may accumulate in specific places, such as condensers and evaporators, which hinder the transfer of heat. If the heat transfer is not smooth, the efficiency of refrigeration will decline and the energy consumption will increase.
And water can react with ammonia and other substances in the system. Ammonia and hydration, or alkaline liquid, corrode the materials of the system. Metal parts are corroded by this, gradually losing their quality and reducing their lifespan, even causing the system to disintegrate, and ammonia leakage is dangerous. Ammonia leakage endangers the safety of the surrounding area, and is a serious problem for the protection of the human body and the environment.
To ensure the stability and efficiency of the ammonia refrigeration system, it is necessary to control the amount in the water. It is often used by delicate methods, such as dry noise devices, water filters, and water monitoring instruments, to check and remove. Make the amount of water constant at a low level to prevent it from being harmful, so that the refrigeration system can run smoothly and serve for a long time, providing its cooling ability for various industries.
The existence of water is of great concern to the ammonia refrigeration system. When water enters the field of ammonia refrigeration, its state and properties can cause changes in the system.
Water enters the ammonia refrigeration system or is mixed in for various reasons. Excessive water sources, leakage of pipelines, or unclean equipment can all be the path through which water enters the system. Water enters the system, initially small, but gradually accumulates, which can cause the system to lose its order.
Ammonia refrigeration relies on its phase transformation to transfer heat, and the mixing of water messes up its balance. The boiling point of water is very different from that of ammonia. During the refrigeration cycle, water may accumulate in specific places, such as condensers and evaporators, which hinder the transfer of heat. If the heat transfer is not smooth, the efficiency of refrigeration will decline and the energy consumption will increase.
And water can react with ammonia and other substances in the system. Ammonia and hydration, or alkaline liquid, corrode the materials of the system. Metal parts are corroded by this, gradually losing their quality and reducing their lifespan, even causing the system to disintegrate, and ammonia leakage is dangerous. Ammonia leakage endangers the safety of the surrounding area, and is a serious problem for the protection of the human body and the environment.
To ensure the stability and efficiency of the ammonia refrigeration system, it is necessary to control the amount in the water. It is often used by delicate methods, such as dry noise devices, water filters, and water monitoring instruments, to check and remove. Make the amount of water constant at a low level to prevent it from being harmful, so that the refrigeration system can run smoothly and serve for a long time, providing its cooling ability for various industries.
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