IMPROVING THE DESIGN OF MAGNETIC THE SEDIMENTATION TANKS FOR CLEANING OF TECHNICAL LIQUIDS FROM MECHANICAL IMPURITIES
Abstract
The technical progress of cleaning technical liquids from mechanical impurities in various industries is determined by the improvement of the known and the creation of new technologies. Despite the increased scientific and technical capabilities, the problem of using magnetic clarifiers for cleaning technical fluids from mechanical impurities is relevant, since many of its tasks are far from accomplishment and, especially, in terms of industrial development of scientific developments.
The use of magnetic fields in regeneration technological schemes is based on its interaction with impurities that have magnetic properties. The main advantage of using magnetic cleaning is to avoid the use of bulky structures to ensure the purity of technical fluids. Depending on the purpose of the sedimentation tanks in the technological scheme of the purification station, they are divided into primary, installed at the beginning of the technological scheme before biological or physico-chemical cleaning facilities, and secondary – at the end of the scheme after biological treatment.
Mechanical impurities in industrial fluids are of a different nature. In the presence of mechanical impurities that have magnetic properties, the settling time can be reduced by several times and thereby increase the cleaning efficiency. The use of a magnetic field in regenerative technological schemes is based on its interaction with parts that have magnetic properties. The main advantage of using magnetic cleaning is the elimination of the use of bulky structures to ensure the purity of technical fluids.
Based on the studies, the following conclusions were made:
- There is no need to interrogate the most frequent parts of the same frequency as before.
- Sufficiency of clear results є one of the most important problems for foreign problems is that of cleaning up the technical part of the ferromagnet parts in the working chamber and the regional energy resource.
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