Method for treating hydraulic oil through magnetization, electric shock hammer adsorption and rotating magnetic field

Abstract

The invention relates to a method for treating hydraulic oil through magnetization, electric shock hammer adsorption and a rotating magnetic field. During treatment, the hydraulic oil sequentially passes through a first oil return pipe, a magnetization device, a first adsorption device, a rotating magnetic field device, a second adsorption device, a U-shaped pipe, a filter box, a debubbling plate, a permanent magnet, a separating plate and an oil sucking pipe to be treated, and therefore free bubbles in return oil are ablated or separated out, and micron particles are adsorbed or ablated. Same-pole-adjacent type adsorption rings with electric shock hammers are adopted both by the first adsorption device and the second adsorption device. According to the method, mechanical, electrical and magnetic technologies and the like are combined, solid particles are gathered and adsorbed to the pipe wall, and air is separated out or ablated; the treatment cost is low, the treatment effect is good, the oil purifying capacity is high, and secondary pollution is not prone to be caused.

Description

【Technical field】 [0001] The invention relates to a processing method for hydraulic oil, in particular to a method for processing hydraulic oil by using magnetization, electric hammer adsorption and rotating magnetic field, and belongs to the technical field of hydraulic oil tanks. 【Background technique】 [0002] Statistics at home and abroad show that about 70% to 85% of hydraulic system failures are caused by oil pollution. Therefore, the pollution control of the hydraulic system has become a common concern of the hydraulic industry and various industrial sectors at home and abroad. Solid pollution and gas pollution are the two main forms of hydraulic pollution. [0003] Under the conditions of atmospheric pressure and room temperature, the oil contains about 9% of the volume of air, and a part of the air dissolves into the oil. This dissolved air will not affect the mechanical properties of the hydraulic system, the volume elastic coefficient and the viscosity of the o...

AI Technical Summary

Problems solved by technology

[0008] 1. It is necessary to add a whole set of centrifugal device, the equipment is complicated, the cost is high, and it will bring secondary pollution to the oil at the same time

[0009] 2. The volume of the oil tank is large, and the oil has poor magnetic permeability. The strong magnetic magnet has a small force on the micron-sized particles in the oil, resulting in long adsorption time and poor adsorption effect.

[0010] 3. Some magnetized particles enter the hydraulic circuit and are adsorbed on the hydraulic components, causing component failure and difficult to clean and remove

However, since the air bubbles mixed into the return oil are small and the viscosity of the oil is relatively high, there is a problem that it takes a long time for the air bubbles to rise to the oil surface and disperse into the air, during which time the hydraulic device cannot work

However, the defoaming mechanism of the above-mentioned oil tank is natural defoaming, and there are still problems such as long defoaming time and low efficiency, especially for the working conditions with drastic flow changes.

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