Water-cooled condenser

　　The cold storage water-cooled condenser is a condenser that uses water as a cooling medium. It is mainly used to condense high-temperature and high-pressure gaseous refrigerants into liquids while releasing heat. Its working principle is to remove the heat generated during the condensation process through the temperature rise of water. It usually needs to cooperate with a cooling tower or a cooling water pool to circulate the cooling water.

　　Structural features

　　Cold storage water-cooled condensers usually adopt shell and tube or sleeve structures. The shell and tube condenser is the most common type, and its structure includes components such as the shell, heat transfer tube bundle, tube sheet, baffle and tube box. This structure is simple and reliable in operation, and is suitable for high temperature and high pressure environments. The sleeve condenser is composed of tubes of different diameters that are connected to each other to form an efficient heat transfer structure. The cooling water flows in a pipe with a smaller diameter, forming a countercurrent with the refrigerant to improve the heat transfer efficiency.

　　Advantages include:

　　Powerful refrigeration capacity: The water-cooled condenser can efficiently condense gaseous refrigerants into liquids, and is suitable for large refrigeration units.

‌　　Good economy‌: Due to the large specific heat capacity of water, it can effectively absorb and release heat, and the operating cost is relatively low.

‌　　High heat transfer efficiency‌: By recycling cooling water and cooperating with cooling towers or cold water pools, the temperature of cooling water can be kept low, thereby improving heat transfer efficiency‌.

　　Water-cooled condensers have become the first choice for large cold storage and industrial refrigeration due to their advantages of efficient heat dissipation and stable operation, especially suitable for areas with sufficient water resources and high ambient temperature.