Harmless treatment of ionized sludg
Harmless treatment of ionized sludg
Category:Other products
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Product Introduction
service profile:
         Our company has conducted in - depth research and development on the reduction and harmless treatment of oil - field sludge and developed a new integrated oil - field sludge reduction and harmless - treatment device. After treatment, the sludge can be restored to its original color and can be used as greening soil or soil for planting inedible crops. It can also be used as pressed bricks to form sludge by - products. At the same time, petroleum substances are separated, achieving zero emissions.
Process description:

① Sludge Reduction Treatment
There are still many impurities and petroleum substances in oil - field sludge. First, screen the sludge to separate the debris.
② Sludge Harmless Treatment
The mud from the sludge - reduction treatment is lifted to a sludge - blending skid for blending. The blended mud then enters an ionization device equipped with positive and negative electrodes. The high - frequency electrical energy generated by a high - voltage pulse power supply is transmitted to the positive and negative electrodes in the device. The positive and negative electrodes release electrons and currents, charging the mud as a whole. The charged substances have different positive and negative charges, resulting in attraction and repulsion phenomena, i.e., electromigration. At the same time, a physical process and a large number of chemically active substances are generated. The flocs and material particles with positive and negative charges combine into clusters through electrostatic attraction and the van der Waals force principle, causing the oil in the sludge to float and the soil to sink, thus completing the separation of oil and sludge

Technical Features:
① The ionized method for the harmless treatment of oily sludge requires no addition of any chemicals, poses no secondary pollution hazards, and produces no chemical residues during the use of chemicals, thereby reducing production costs.
② The equipment operates with low energy consumption, effectively reducing processing costs.
③ High efficiency in removing pollutants, with stable compliance.
The equipment operates continuously, with short reaction time and high speed.
The process is simple and requires a small footprint.
② It operates flexibly, and once the engineer sets the parameters, the operation becomes stable and requires no further adjustment.
③ Easy to install, just connect the pipelines of the complete equipment.
④ For processes that do not generate flue gas and dust pollution during production, construction plans can be designed according to the actual requirements of the user (such as processing capacity, processing indicators, land occupation, etc.), to meet different working conditions.

process flow