A ship’s main propulsion system includes subsystems such as the lubrication oil system, jacket cooling water system (both open and closed loop), and fuel system. These systems generate heat during energy production, and plate heat exchangers play a key role in controlling the temperature of these systems. Plate heat exchangers are widely used in ship propulsion systems due to their high efficiency and compact size. In desalination, where seawater is converted into fresh water, plate heat exchangers are essential for evaporating and condensing water.
In the shipbuilding industry and desalination systems, frequent part replacements due to high-salinity seawater corrosion drive up maintenance costs. Additionally, heavy heat exchangers limit cargo space and reduce operational flexibility, negatively impacting efficiency.
Plate heat exchangers require only one-fifth of the floor space needed by traditional shell-and-tube exchangers for the same heat transfer capacity.
We offer various plate materials tailored to different media and temperature conditions, meeting diverse operational needs.
By incorporating intermediate plates, we enable multi-stream heat exchange, improving overall efficiency.
Our next-generation plate heat exchangers feature advanced corrugated plates and a compact design, significantly reducing weight and providing unprecedented lightweight advantages for the shipbuilding industry.