High-speed oil flushing of compressors and turbines: Improved efficiency and reliability
Maintenance of compressors and turbines is essential to ensure their reliability and efficiency.
A key part of this maintenance is cleaning the piping systems using high-speed oil flushing. Recently, Multinal Group successfully flushed the pipes of seven compressors and turbines to restore them to a clean and reliable state.
Varnish: A common issue
A frequent contaminant in these machines is varnish, a stubborn deposit that can form due to oxidation and oil degradation. Varnish can lead to blockages, reduced performance, and even failure of critical systems. This makes timely maintenance and cleaning crucial for the long life of the equipment.
An efficient approach with customized flushing units
Multinal Group has a wide range of flushing units designed for various applications. Thanks to this flexibility, we can perform flushes with different liquids, such as oil, thermal oil, water, water-glycol, and various chemicals. Each system is carefully handled, selecting the right liquid and flushing method based on the specific requirements of the machine.
Preparation is key
A good start is essential for a successful outcome. Our specialized engineers carefully plan each project to ensure we can flush as many systems as possible during short downtimes. This preparation ensures we work efficiently and minimize machine downtime.
High-speed flushing for optimal results
During this project, the seven compressors and turbines were flushed at high speed, allowing for an in-depth cleaning of the piping. This approach effectively removed varnish and other contaminants, ensuring the systems function smoothly and reliably again. The final result was a thoroughly cleaned and optimized system, ready to perform at its best.
Multinal Group remains at the forefront of industrial cleaning
By using innovative flushing techniques and flexible solutions, we leverage our extensive experience and diverse flushing units to offer the right solution for virtually any type of system.