The maintenance of activated carbon processing machinery should be carried out comprehensively from aspects such as daily inspection, maintenance of key components, fault handling, replacement of activated carbon and safety protection, as follows:

I. Daily Inspection and Maintenance

Visual inspection: Check the appearance of the equipment daily for any damage, corrosion, leakage or other conditions. Special attention should be paid to inspecting the connection parts and pipe interfaces of the equipment to ensure good sealing.

Operation parameter inspection: Closely monitor the operation parameters of the equipment, such as adsorption temperature, pressure, flow rate, etc., to ensure that these parameters are within the designed operation range of the equipment.

Instrument inspection: Check whether all types of instruments (such as pressure gauges, thermometers, flow meters, etc.) are working properly and whether the displayed data is accurate.

Clean the equipment: Regularly clean the dust, dirt, etc. inside and outside the equipment to prevent their accumulation and affect the performance of the equipment. For internal structures such as adsorption beds, compressed air or vacuum cleaners can be used for cleaning.

Ii. Maintenance of Key Components

Fan maintenance

Regularly check whether the fan is operating normally to prevent it from being damaged due to excessive temperature.

The fan should be maintained and serviced annually to ensure that the insulation resistance value of the motor meets the requirements.

Ventilation system maintenance

The ventilation system is an important part to ensure the normal operation of the activated carbon adsorption equipment. It is necessary to regularly clean the accumulated dust in the ventilation ducts.

Check the operating condition of the fan to ensure smooth ventilation.

Electrical system maintenance

Professional electricians should regularly inspect the electrical system of the equipment, including wires, cables, control cabinets, etc.

Ensure that the electrical connections are firm and free from potential safety hazards such as leakage and short circuits.