The hydraulic and marine industry sector
The hydraulic and marine industry deals with the development, production and use of hydraulic and pneumatic systems, which are fundamental for numerous industrial sectors and maritime applications. These systems use special fluids to generate and transmit energy through cylinders, motors and other components, ensuring precise movement and control in complex machinery.
In the marine sector, hydraulic systems are crucial for the propulsion and control of ships and vessels of various sizes, as well as for offshore operations such as drilling and lifting. Reliability, resistance to marine environments and the ability to handle heavy loads are essential for these systems.
The hydraulic and marine industries are characterised by continuous technological development to improve energy efficiency, reduce environmental impact and increase operational safety. It is a dynamic sector that integrates innovations in materials, design and automation to meet the needs of an increasingly sophisticated and regulated global market.
The heat exchanger in the hydraulic and marine industries
Hydraulic industry
The plate heat exchanger is essential in the hydraulic industry for the cooling of hydraulic fluids. Composed of thin and corrugated metal plates, it offers a wide surface for heat exchange, improving efficiency. The hot fluid flows between some plates, while the cooling fluid flows between others, allowing heat transfer without mixing.
This type of heat exchanger, compact, modular and with simple maintenance, guarantees high energy efficiency, helping to maintain optimal operating temperatures, thus ensuring the operation, safety and longevity of hydraulic systems.
Marine industry
In the marine industry, heat exchangers are fundamental to manage the temperature of the various systems on board ships, such as engines, generators and air conditioning systems.
Plate heat exchangers are particularly appreciated for their efficiency and compactness. They are used to cool engine and turbine fluids, using seawater as a coolant.
Thanks to their modular structure and ease of maintenance, they ensure reliable operation, reducing the risk of overheating and improving the overall energy efficiency of ships.