Continuous feeding discharging material sludge gas dry fermentation device and its temperature rising and maintaining method

A dry fermentation device, biogas technology, applied in waste fuel, gas production bioreactor, etc., can solve the problems of difficulty in discharging, limitation, easy damage to cement pool and air leakage, etc., and achieves the effect of simple structure and remarkable thermal insulation effect.

Inactive Publication Date: 2006-01-11
魏吉山
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The season is short, the material is difficult to discharge, and the cement pool is easy to dam

Method used

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  • Continuous feeding discharging material sludge gas dry fermentation device and its temperature rising and maintaining method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0023] First dig a deep pit on the ground, the length, width and depth of the pit are 2 meters away from the periphery of the dry fermentation device as an isolation layer, and the bottom of the dry fermentation device is placed on a base 0.5 meters away from the bottom of the pit to cut off the influence of the ground temperature on the fermentation device; Insert a foam plastic board at a depth of 1 meter from the four walls and the bottom of the pit, and the thickness of the board is 10 cm, to further isolate the influence of ground temperature; Warm heat storage, the walls and bottom of the pit are built with bricks, the cement surface is hung, and asphalt is coated on the outside to enhance heat absorption and increase temperature; after that, a solar greenhouse collector is added on the pit; dry fermentation in autumn and winter The device is 2 meters away from the wall of the pit, 1 meter above, and 0.5 meters at the bottom. Fill in the 3 cm straw for compaction. : The ...

Embodiment 2

[0025] First dig a deep pit on the ground. The length, width and depth of the pit are 2.5 meters away from the periphery of the dry fermentation device as an isolation layer. The bottom of the dry fermentation device is placed on a base 0.5 meters away from the bottom of the pit to cut off the influence of ground temperature on the fermentation device; Insert a foam plastic board at a depth of 1 meter from the four walls and the bottom of the pit, and the thickness of the board is 10 cm, to further isolate the influence of ground temperature; Warm heat storage, the walls and bottom of the pit are built with bricks, the cement surface is hung, and asphalt is coated on the outside to enhance heat absorption and increase temperature; after that, a solar greenhouse collector is added on the pit; dry fermentation in autumn and winter The device is 2.5 meters away from the pit wall, 1.2 meters on the top, and 0.5 meters on the bottom. Fill the isolation layer with 3.5 cm straw for co...

Embodiment 3

[0027] First dig a deep pit on the ground, the length, width and depth of the pit are 2.8 meters away from the periphery of the dry fermentation device as an isolation layer, and the bottom of the dry fermentation device is placed on a base 0.5 meters away from the bottom of the pit to cut off the influence of the ground temperature on the fermentation device; Insert a foam plastic board at a depth of 1 meter from the four walls and the bottom of the pit, and the thickness of the board is 10 cm, to further isolate the influence of ground temperature; Warm heat storage, the walls and bottom of the pit are built with bricks, the cement surface is hung, and asphalt is coated on the outside to enhance heat absorption and increase temperature; after that, a solar greenhouse collector is added on the pit; dry fermentation in autumn and winter The device is 3 meters away from the wall of the pit, 1.5 meters above, and 0.5 meters at the bottom. Fill the isolation layer with 4 centimete...

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Abstract

A dry fermentor of marsh gas and its warming method for continuously feeding raw materials and discharging dregs features that a deep pit is dug in the ground, a dry fermentor for generating marsh gas in it, the straw or stalk is filled in the space between said fermentor and pit walls, and a solar heat collector is used to cover on the top of fermentor.

Description

Technical field: [0001] The invention relates to a device for continuously feeding and discharging biogas dry fermentation and a method for increasing heat preservation, which belongs to a device for providing clean and renewable energy by continuously feeding and discharging biogas through dry fermentation using crop orange stalks, degradable domestic garbage and human, livestock and poultry feces as raw materials. And implement solar energy and biological energy to increase heat preservation treatment method to this device. Background technique: [0002] At present, biogas is mostly produced by low-concentration fermentation devices in cement ponds, and the four-in-one type is promoted in the north. It is not possible to continuously feed and discharge materials, but only intermittently, and it is easy to form a scum layer, which makes it difficult to mix and discharge materials. The cement pool is built underground, and due to the low ground temperature, the pool tempera...

Claims

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Application Information

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IPC IPC(8): C12M1/107
CPCY02E50/343Y02E50/30
Inventor 魏吉山林百卓魏广伟魏广梅
Owner 魏吉山
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