Marsh-gas dry fermenter with continuouslly and automatically feeding and discharging, its process and thermal-insulating and temperature-increasing method

A dry fermentation device, automatic technology, applied in the direction of waste fuel, gas production bioreactor, etc., can solve the problems of limitation, difficult discharge, difficult maintenance, etc., and achieve the effect of remarkable heat preservation effect and simple structure

Inactive Publication Date: 2007-01-17
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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  • Marsh-gas dry fermenter with continuouslly and automatically feeding and discharging, its process and thermal-insulating and temperature-increasing method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0025] 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. The bottom of the dry fermentation device is placed on a base 0.5 meters from the bottom of the pit to cut off the influence of ground temperature on the dry fermentation device. ; The stone walls around the isolation layer and the bottom are buried with foam plastic boards at a depth of 1 meter, and the thickness of the boards is 10 cm, to further isolate the influence of ground temperature; Warm water bed, the diameter of the pipe is 20 cm, the length is 25 meters, and a total of 10 pipes are laid; the laid pipes are backfilled with sand or original soil as energy storage materials for solar energy; the backfilled sand and original soil are covered with heat preservation Materials; add multiple solar greenhouse heat collectors on the surface 1 meter away from the mouth of the pit.

Embodiment 2

[0027]First, dig a deep pit on the ground. The length, width, and depth of the pit are 3 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 1 meter away from the bottom of the pit to cut off the influence of ground temperature on the dry fermentation device. ; The stone walls around the isolation layer and the bottom are buried with foam plastic boards at a depth of 1 meter, and the thickness of the boards is 10 cm to further isolate the influence of the ground temperature; Warm water bed, the diameter of the pipe is 30 cm, the length is 300 meters, 15 pipes are laid in total; sand and gravel or raw soil are backfilled on the laid pipes as energy storage materials for solar energy; Materials; add multiple solar greenhouse heat collectors on the surface 2 meters away from the mouth of the pit. In winter in the north, fill the thermal insulation material with yellow storage corn stalk...

Embodiment 3

[0029] 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. The bottom of the dry fermentation device is placed on a base 0.5 meters from the bottom of the pit to cut off the influence of ground temperature on the dry fermentation device. ; The stone walls around the isolation layer and the bottom are buried with foam plastic boards at a depth of 1 meter, and the thickness of the boards is 10 cm to further isolate the influence of the ground temperature; Warm water bed, the diameter of the pipeline is 25 cm, the length is 100 meters, and a total of 15 pipelines are laid; the laid pipelines are backfilled with sand or original soil as energy storage materials for solar energy; the backfilled sand and original soil are covered with heat preservation Materials; add multiple solar greenhouse heat collectors on the surface 1.5 meters outside the mouth of the pit. In wi...

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PUM

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Abstract

A continuous and automatic dry marsh-gas feeding and discharging fermenter, its process and temperature-maintaining and raising method are disclosed. The procedure is carried out by digging dell on ground, putting dry marsh-gas fermenter into dell underground, which is buttering, filling it with corn straw on its thermal-insulating material in winter of northern China, sealing, aerobic and anaerobic fermenting, temperature raising and maintaining, and spreading anaerobic fermenting ventilating pipeline at 1/3 of anaerobic temperature-raising pool, covered with multiple solar greenhouse heat collector. It is simple and rational and finishes feeding and discharging synchronously.

Description

Technical field: [0001] The invention relates to a continuous automatic feeding and discharging biogas dry fermentation device, process and heat preservation method, which belong to crop orange stalks, degradable domestic garbage and human, livestock and poultry manure as raw materials for continuous dry fermentation to generate biogas to provide clean regeneration Energy device, and implement the solar energy and biomass energy increasing heat treatment method on the device. Background technique: [0002] At present, biogas is mostly produced by low-concentration fermentation devices in cement ponds. The four-in-one biogas digester is promoted in the north, which is easy to form a scum layer, making it difficult to mix and discharge materials. The cement pool is built underground, and due to the low ground temperature, the pool temperature is also low. The climate in northern my country is cold, and the ground temperature is lower. Even if the "four-in-one" formula is adop...

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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