Electric field generation device

Abstract

The invention discloses an electric field generation device. The electric field generation device comprises a direct current power source, an MARX generator, a transformer, a main control unit, a signal amplification unit, a voltage direction conversion unit and a plate electrode device, wherein the main control unit is connected with the signal amplification unit; the signal amplification unit is connected with the MARX generator so as to carry out time sequential control over charging and discharging of the MARX generator; the signal amplification unit is connected with the voltage direction conversion unit; the input end of the voltage direction conversion unit is connected with the MARX generator, and the output end of the voltage direction conversion unit is connected with the transformer so as to convert the voltage direction of voltage output by the MARX generator and carry out boosting through the transformer; the plate electrode device is connected with the output end of the transformer, and pulse voltage at the output end of the transformer is made to generate a rapidly changed strong electric field. When the electric field generation device is applied to a sludge cell wall-breaking device, the wall breaking efficiency of cells is improved, and integrated informatization management of the sludge cell wall-breaking device is achieved.

Description

technical field [0001] The invention relates to the field of sewage treatment electronic equipment, in particular to an electric field generating device. Background technique [0002] In the field of sewage treatment, the methods of sludge cell wall breaking technology include chemical method and physical method, chemical method includes alkali treatment method, ozone oxidation method; physical method includes heat treatment method, ultrasonic treatment method, high pressure injection method, freezing treatment law etc. In engineering applications, the equipment required by the traditional treatment process has high cost, high energy consumption, low efficiency, and is easy to block. However, there are fewer types of equipment for cell wall breaking using high-voltage pulsed electric field technology. Therefore, new applications are developed according to actual needs. The sludge cell wall breaking treatment equipment with high-voltage pulsed electric field is still a key r...

AI Technical Summary

Problems solved by technology

In engineering applications, the equipment required by the traditional treatment process has high cost, high energy consumption, low efficiency, and is easy to block. However, there are fewer types of equipment for cell wall breaking using high-voltage pulsed electric field technology. Therefore, new applications are developed according to actual needs. Sludge cell wall breaking treatment equipment with high-voltage pulsed electric field is still a key research direction in the future

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