High-load organic matter treatment device

Abstract

The invention discloses a high-load organic matter treatment device. The device comprises a feeding device and a pressurizing pressure relief device, and the feeding device is installed on the upper portion of the pressurizing pressure relief device, wherein the pressurizing pressure relief device comprises an individual cylinder barrel sealing device and a pneumatic opening mechanism, the individual cylinder barrel sealing device comprises an upper cylinder barrel and a lower cylinder barrel; the lower cylinder barrel is a cylinder structure with openings on the two ends and sleeved on the outer side of the upper cylinder barrel, the upper cylinder barrel comprises a steam valve port on the bottom and discharge ports on the side, an external steam pipeline is connected with the steam valve port, the lower cylinder barrel is in sliding connection with the upper cylinder barrel, and the pneumatic opening mechanism is used for driving the lower cylinder barrel to slide up and down. By adopting the multi-direction discharging, the discharge area of gas and materials is increased and the discharging efficiency of the pressurizing pressure relief device is obviously increased. The pneumatic opening mechanism is provided with a large-caliber air inlet valve which is used for rapidly inflating an upper cavity of an air cylinder and a large-caliber exhaust valve which is used for quickly exhausting a lower cavity of the air cylinder. The exhaust caliber is increased and meanwhile the opening speed is increased.

Description

technical field [0001] The invention belongs to the field of organic matter treatment, and in particular relates to high-load organic matter treatment equipment. Background technique [0002] Traditional organic matter treatment equipment has the problems of small venting cross-sectional area, slow pressure relief speed, low processing efficiency, and large space occupation. Some ejection-type equipment has serious material accumulation, serious damage to the sealing ring, and poor reliability of mechanism operation when processing garbage and other materials with complex compositions. It can only work by manual step-by-step operation. [0003] The disadvantages of this type of equipment mainly include: 1) manual removal of accumulated materials every day; 2) frequent maintenance and frequent replacement of sealing rings; 3) inability to realize intelligent control; 4) potential safety hazards. These factors seriously restrict production efficiency. [0004] The main bottl...

AI Technical Summary

Problems solved by technology

It is difficult to increase the effective cross-sectional area. Due to the limitation of the effective cross-sectional area of ​​the vent, it is also difficult to increase the pressure relief speed of the pressurization and pressure relief device, resulting in the failure of the organic matter treatment to achieve the ideal bursting effect.

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