Rare earth strong magnetic wax protector

1. Overview

Rare earth strong magnetic wax preventer is a new type of magnetic application high-tech product successfully developed by our company. It integrates the advanced solutions of wax prevention technology in domestic and foreign pumping wells, optimizes the magnetic circuit structure, and achieves full and effective magnetization of the internal rotating magnetic field, which can increase the active power of the medium, and can not only achieve the purpose of high-efficiency wax removal, but also produce wax prevention effect. It has the function of preventing the growth of wax crystals, breaking and dispersing the large flake wax crystals that have been formed, and can also crush the scale in the oil. Therefore, it has both the function of wax removal and anti-wax, and also has the effect of anti-scaling; it can effectively reduce the wax precipitation point of crude oil, reduce the viscosity of crude oil, and extend the pump inspection cycle. It is a necessary device for oil well selection at present.

As a professional product of our company, the rare earth strong magnetic wax preventer is mainly used for wax prevention and viscosity reduction of high-wax wells. The working effective magnetic field reaches 3000~5000GS, which is much larger than traditional products. It can also be used for viscosity reduction of ordinary heavy oil wells to increase the fluidity of crude oil and achieve the purpose of increasing production.

2. Three major functions

Wax prevention: The inhibition rate of magnetized wax crystals is 53.88%

Viscosity reduction: The original viscosity reduction rate reaches 47.3-52.2%

Scale removal: The scale particles in crude oil are reduced from 3.39µ to 0.14µ

3. Four practical values

Energy saving: Water and electricity consumption is reduced by more than 90%

Environmental protection: Sewage discharge is reduced by more than 90%

Saving: The comprehensive production cost is reduced by more than 60%

Efficiency improvement: The low production of a single well is increased by more than 20%