Ship Factory AHU Air Handling Unit

Shipyard air handling unit is an air conditioning and treatment equipment specially designed for shipyard environment.

Its main function is to regulate the temperature, humidity control, filtration and purification, and ventilation of the air in the shipyard to create a comfortable, healthy and process-compliant indoor air environment.

This type of air handling unit usually needs to have the following characteristics:

Corrosion resistance: Since there may be high humidity, salt spray and other corrosive factors in the ship factory environment, the materials and components of the unit need to have good corrosion resistance.

Stability and reliability: During ship voyage and factory operation, it is necessary to ensure continuous and stable operation of the unit and reduce the occurrence of failures.

Compact structure design: to adapt to the limited space of the ship factory.

Efficient filtration function: able to effectively remove dust, impurities and harmful gases from the air.

The following measures can be taken to ensure the long-term stable operation of air handling units in ship factories:

Regular maintenance: make a detailed maintenance plan, including regular cleaning of filters, checking the operating conditions of fans and motors, and checking the pressure and temperature of the refrigeration and heating system. Carry out comprehensive inspection and maintenance of the unit in accordance with the specified time intervals.

Standardised operation: Train operators to ensure that they understand the correct operation methods and precautions of the unit to avoid unit failure due to incorrect operation.

Environmental management: Keep the environment around the unit clean and dry to avoid dust and debris from entering the unit. At the same time, control the environmental temperature and humidity to reduce the adverse effects on the unit.

Parts Replacement: Replace worn or aged parts, such as belts, seals, etc., in time to prevent minor problems from evolving into major failures.

Stable power supply: Ensure stable power supply for the unit to avoid damage to the unit caused by voltage fluctuation or power interruption.

System monitoring: install monitoring equipment to monitor the operating parameters of the unit in real time, such as temperature, pressure, air volume, etc., so that timely measures can be taken once abnormalities are found.

Preventive maintenance: According to the running time and condition of the unit, preventive maintenance is carried out to eliminate potential failure hazards in advance.

Water quality management (if there is a water-cooled system): If the cooling system of the unit uses water, make sure the water quality is good to prevent scale and corrosion.

Proper storage (during the period when the unit is not in operation): If the unit is not in use for a period of time, it is important to do a good job of protecting and storing the unit to avoid moisture, rust, and so on.

Emergency plan: make an emergency plan to cope with sudden failures, so that effective solution measures can be taken quickly to reduce production losses when the unit has serious problems.