MAGNETIC HYDROCYCLONES EFFICIENCY SURVEY FOR APPLICATION IN MARINE ENGINE OIL AND HYDROPHOBIC SUBSTANCES PURIFICATION TECHNOLOGY
DOI:
https://doi.org/10.15421/jchemtech.v31i4.289124Keywords:
magnetic hydrocyclones; electromagnetic devices; marine oil purification; maritime transport; marine diesel engines; lubricant; filtration efficiency; engine performance; wear prevention; environmental impact.Abstract
This paper presents a new approach to the purification of marine engine oils through the use of magnetic hydrocyclones. The innovation consists in the integration of electromagnetic devices to improve the filtration process and effective removal of contaminants. The paper discusses the construction principles and operational aspects of magnetic hydrocyclones, emphasizing their positive impact on the efficiency of lube oil purification in marine systems. The results of experiments confirm the high efficiency of this technology, contributing to the improvement of reliability and performance of marine engines. In addition, the use of electromagnetic devices is an environmentally friendly aspect of improving the overall environmental situation on ships. This technology not only helps to improve the reliability of control and maintenance of ship equipment, but also makes it possible to extend the service life of the equipment. A comprehensive study of the complex interaction between hydrodynamics and magnetic forces in a hydrocyclone has been investigated with a generalization of experimental data and computational models.
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