What is a turbine oil purifier heater?

The turbine oil purifier heater is a key equipment for purifying turbine oil in industrial production. Through filtration, dehydration, degassing and other processes, the cleanliness and performance of the oil are guaranteed, thereby extending the service life of mechanical equipment and improving operating efficiency.

As an important component of the filter, the heater mainly increases the temperature of the oil and reduces the viscosity of the oil to improve the filtration efficiency. However, when the heater burns out, it will not only directly affect the normal operation of the turbine oil filter, but may also trigger a series of chain reactions, which will have a significant impact on production safety and economic benefits.

1. Reduced filtration efficiency:

After the heater burns out, it cannot effectively increase the temperature of the oil, the viscosity of the oil increases, resulting in an increase in the resistance of the oil flowing through the filter medium, and a significant decrease in filtration efficiency.

2. Equipment downtime risk:

The filter may stop running due to heater failure, interrupting the production process, causing production delays and increasing production costs.

3. Oil quality deterioration:

Improper temperature control may not effectively remove moisture and impurities in the oil, resulting in a decrease in oil quality, affecting the normal operation and service life of the turbine machinery.

Measures to prevent safety risks:

When the turbine oil heater burns out, it may produce arcs or overheating, causing safety accidents such as fire or explosion, threatening personnel safety and equipment integrity.

1. Emergency shutdown and safety isolation:

Once a heater failure is found, emergency shutdown measures should be taken immediately to cut off the power supply and isolate the fault area to prevent the accident from expanding.

2. Troubleshooting and maintenance:

Professional technicians should perform troubleshooting to determine whether the heater is burned out due to electrical failure, overload or improper maintenance, and take corresponding maintenance measures.

3. Strengthen preventive maintenance:

Regularly maintain the filter, especially check and clean the heater, and ｒｅｐｌａｃｅ aging or damaged parts in time to ensure the normal operation of the equipment. Spare parts and spare equipment: Prepare sufficient heater spare parts and spare filters for emergency needs to ensure production continuity.

4. Operator training:

Strengthen the training of operators to ensure that they can properly operate and maintain the filter to avoid equipment failure due to improper operation.

Burning out of the turbine oil filter heater will not only affect the oil filtration efficiency, but may also cause a series of problems such as equipment shutdown, oil quality deterioration, and safety hazards, posing a threat to the continuity and safety of industrial production.

Therefore, enterprises should adopt effective response strategies, including emergency shutdown and safety isolation, troubleshooting and repair, strengthening preventive maintenance, spare parts and spare equipment preparation, operator training, etc., to ensure the stable operation of the filter and ensure production safety and economic benefits.

Through these measures, the impact of heater burnout can be effectively reduced and the reliability and production efficiency of turbine oil filters can be improved.