Air compressors for devices designed to compress gases, including air, commonly used in industry. The compressor, like any mechanical device, is subject to the laws of operation related to the wear of components. The way to use the machine longer is to regenerate the air compressor. What does it involve and is it worth doing?
Compressors for devices that are used to compress air or gases and then deliver it to the devices in which it is contained. Compressors are supported in many industries, including: in the food, pharmaceutical, chemical, energy and automotive industries. Due to their use, compressors must be effective and efficient, so their regular maintenance and repair is crucial to maintaining their proper operation.
What is compressor regeneration?
As the compressor is used, all its elements and subassemblies are subject to wear and tear. To keep the machine in good technical condition ensuring efficient and failure-free operation, it is crucial to subject the compressor to systematic maintenance and service inspections. They allow you to extend the life of the machine, but they do not 100% prevent the wear of individual modules or components. After some time, each user faces the need to regenerate the compressor or replace it with a new device.
Compressor regeneration is a process of repairing its components, the aim of which is to restore the full efficiency and effectiveness of the device. This is often an alternative to purchasing a new compressor. The process usually begins with an initial diagnosis to determine what components require repair or replacement. Then, worn or damaged air compressor parts are replaced with new or regenerated ones. If a particular part is not available on the market, it can be specially made to order. After carefully checking the elements, the regenerated compressor is tested and verified, which guarantees that the device works properly and meets the required technical parameters. The verification tests include, among others: measurement of air pressure and temperature. All components that do not meet the requirements are replaced or subjected to additional repairs.
In the case of air compressors, the most frequently regenerated elements include: pistons, piston rings, screw compression elements, suction and piston rod valves, compressor body, seals, control elements, etc.
It is worth adding that regeneration of the compressor requires taking it out of service. It is usually necessary to transport the device to a workshop, where technicians will have access to specialized tools to effectively regenerate the machine. It is worth knowing that in such a case, CZEMAR offers its customers replacement compressors with similar operating parameters, which the customer can use while regenerating his compressor.
After how long of use should the compressor be regenerated?
The frequency of service or maintenance work on the air compressor depends on many factors, such as its type, application, working conditions and the quality of operation and use. Compressor manufacturers usually provide recommendations in the owner's manual regarding periodic inspections, repairs and replacement of worn parts.
If the compressor is relatively new and undergoes systematic maintenance and service in accordance with the manufacturer's recommendations, regeneration may be necessary after several years of use. In the case of heavily used compressors, regeneration of the device may be necessary earlier.
Is it worth regenerating the compressor?
The decision to use air compressor regeneration should be made based on an assessment of the technical condition of the machine and a cost-benefit analysis. Air compressor regeneration can be a cost-effective alternative to purchasing a new compressor, especially when the compressor is relatively new and any damage or destruction resulting from use is repairable. However, it is always worth carefully examining the costs and benefits as well as the technical condition of the compressor before making a decision.
Is compressor regeneration profitable? In many cases, yes. First of all, the cost of repairing the device is lower than the cost of purchasing a new compressor. In addition, regeneration allows you to restore the compressor's former full efficiency, which allows you to avoid costs related to
- purchasing a new machine,
- waiting time for the device to be delivered to the plant,
- installing a new device.
Additionally, remanufacturing is often more environmentally friendly because it allows used compressor parts to be recovered and reused.
Of course, compressor regeneration is not always profitable. In the case of a very old or severely damaged compressor, the cost of repair may be comparable to the cost of purchasing a new device.
