Intelligent Wax Prevention Device for Oil Wells

• Customization: Available
• Type: Anti Wax and Viscosity Reductio
• Usage: Environmental Protection, Chemical Industry
• Style: Active Electromagnetic Frequency
• Performance: Efficient Filtration
• Certification: CE, GS, RoHS, CB, LFGB, UR, EMF, EMC, SASO
• Modular Design: Reliable Operation
• Easy Maintenance: Good Detectability
• Nique Frequency Conversion Design: Achieve Continuous
• Branded PLC, IGBT Modules: Multi Coil Series
• Ider Range of Working Conditions,: Automatic and Manual Design
• Transport Package: Safe Export Packaging
• Trademark: Tongbo
• Origin: Shabdong

Product Description

Intelligent wax prevention device for oil wells

Overview:

The physical properties of ordinary crude oil are diverse and complex, some are high in gum and asphaltene, while others are high in wax. Its normal temperature performance is easy to solidify, high viscosity, and poor fluidity. General oil production faces difficulties such as excessive water friction, reduced transportation efficiency, shutdown of production operations during the transportation process, and excessive energy consumption due to the tendency of wax deposition on the inner walls of drilling and production equipment and pipelines. How to apply scientific methods to improve the flowability of crude oil at room or low temperatures while ensuring the safety of production and transportation pipelines, further reduce unnecessary energy consumption, achieve low-carbon and green production in the petroleum production and transportation industry, and build low energy green factories has always been the goal pursued by petroleum professionals.
The active electromagnetic frequency conversion anti wax and viscosity reduction technology is developed based on the theory of material diamagnetism in atomic physics. The external magnetic field of crude oil medium causes the electron orbital moment of momentum to precess around the magnetic field, that is, the Lamor precession, which increases the energy of the system compared to when there is no magnetic field, and the precession causes the energy to decrease. Under specific conditions, it can effectively change the arrangement state of the material. The physical manifestations that can be generated by applying a specific vector magnetic field are the magnetic colloidal suspension effect and hydrogen bonding anomaly effect, which change the bond angle or strength of crude oil components, making them less likely to form a skeleton, disrupting the aggregation between macromolecules and wax crystals, making them less prone to aggregation, and achieving the goal of reducing viscosity and preventing wax.
According to Maxwell's electromagnetic theory, the mutual conversion of electric and magnetic fields forms electromagnetic waves and propagates, whose strength is determined by the diameter of the coil, the number of turns of the coil, and the current intensity, providing a theoretical basis for the long-distance effect of the magnetic field.

 

Main characteristics of the system:

·Modular design, reliable operation, easy maintenance, and good detectability.
·The unique frequency conversion design can achieve continuous automatic frequency scanning and fixed frequency operation, with strong applicability. Unique adjustable duty cycle design, capable of variable power operation, efficient and energy-saving· Selecting branded PLC, IGBT modules, and microcontroller signal modules, equipped with control software, with high degree of automation, strong anti-interference ability, simple operation, safety and reliability, and multi coil series (parallel, series parallel) connection design, the balanced magnetic field range is wider, the magnetic field strength is higher, the action distance is longer, and the efficiency is higher· Automatic and manual design, flexible and convenient adjustment and control, suitable for a wider range of working conditions,
·The software is equipped with a power outage delay and self start function. If there is a power outage after operation, it will automatically recover, making it more suitable for unmanned working conditions