Microorganism composite carrier and application thereof

A composite carrier and microbial technology, applied in the fields of application, biological water/sewage treatment, biochemical equipment and methods, etc., can solve the problems of a large amount of sludge, environmental pollution, odor, etc., and achieve large specific surface area and good hydrophilicity Effect

Active Publication Date: 2006-12-27
GUOZHONG AIHUA TIANJIN MUNICIPAL ENCIRONMENT ENG
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, the measures and methods taken by people to cultivate domesticated microorganisms are limited, so the number of dominant bacteria that domesticated microorganisms can benefit sewage treatment is limited, and the activity is not very strong, so the effect on water treatment is not very

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0007] Preparation of composite carrier:

[0008] Take 50Kg of calcium silicate as the main material, 20Kg of calcium alginate as a biocompatible material, 10Kg of diatomite as a hydrophilic material, and 20Kg of water glass as a binder. Grind the above ingredients until the particle size is 100 mesh, mix well, add water and stir and add Continue to stir the foaming agent, granulate and form, cement at 70°C, dry and solidify at room temperature, and obtain columnar particles with a particle size of 20mm×60mm, a micropore diameter of 1000m, and a specific surface area of ​​100m 2 / g, specific gravity 1.20g / cm 3 .

[0009] Treatment of domestic sewage in a community

[0010] BOD

Embodiment 2

[0012] Take 45% of the main material, 15% of the bio-affinity substance, 10% of the bio-hydrophilic substance, 28% of the binder, and 2% of the foaming agent. The main ingredients are humus soil, fly ash, calcium silicate and zeolite; the bio-affinity substance is starch; the hydrophilic substance is diatomaceous earth; the binding agent is cement; the foaming agent is hydrogen peroxide (4ml / g) . Quantitatively pulverize the ingredients to a particle size of 200 mesh, mix uniformly in proportion, add water to stir and add a foaming agent to continue stirring, granulate and form, cement at 50°C, dry and solidify at room temperature, and obtain columnar particles with a particle size of 15mm×65mm. The hole diameter is 20m, and the specific surface area is 300m 2 / g, specific gravity 1.19g / cm 3 . The composite carrier and pumice are placed in the microbial reactor, and the microbial reactor is connected with the original or newly built sewage treatment system, and the sludge i...

Embodiment 3

[0016] Take 50% of main ingredients, 20% of bio-affinity substances, 5% of bio-hydrophilic substances, 18% of binders, and 7% of foaming agents. Described major ingredient is kaolin, limonite and zeolite; Bio-affinity material is starch and calcium alginate; Hydrophilic material is diatomite; Binding agent is water glass and cement; Foaming agent is hydrogen peroxide (4ml / g ). Quantitatively pulverize the ingredients to a particle size of 150 mesh, mix uniformly in proportion, add water to stir and add a foaming agent to continue stirring, granulate and form, cement at 40°C, dry and solidify at room temperature, and obtain columnar particles with a particle size of 20mm×70mm. The hole diameter is 800m, and the specific surface area is 200m 2 / g, specific gravity 1.21g / cm 3 .

[0017] Treatment of Fecal Wastewater

[0018] COD

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Abstract

The invention discloses a microbe composite carrier in the effluent disposal course, which comprises the following parts: 45-60 percent main material, 15-30 percent biological affinity material, 5-15 percent biological hydrophilic material, 18-28 percent adhesive, 2-8 percent foaming agent, wherein the main material is eroded soil, powder coal ash, calcium silicate, kaolin, brown hematite and or zeolite; the biological affinity material is starch and or calcium alginate; the hydrophilic material is diatomaceous soil; the adhesive is soluble silicate and or cement; the forming agent is hydrogen peroxide solution. The making method comprises the following steps: grinding materials at 100-200 order according to proportion; adding water and foaming agent to stir; graining; moulding; gluing at 40-70 deg.c; drying; solidifying; obtaining grain size phi at 20-30mm*60-70mm column state grain with 20-100 mum millipore diameter, 100-300m2/g specific surface area and 1.18-1.21g/cm3 specific gravity.

Description

technical field [0001] The invention relates to a kind of sewage treatment that can improve the water treatment effect, remove the foul smell, nitrogen and phosphorus in the water, and the sludge after dehydration does not have secondary corrosion, and can be used as a high-efficiency organic fertilizer for soil improvement or topdressing Microorganism composite carrier. Background technique [0002] At present, most of the sewage treatment in our country is to domesticate and cultivate a large number of microorganisms in the sewage system, and use them to decompose organic matter, so as to achieve the purpose of purifying sewage. However, the measures and methods that people take to cultivate domesticated microorganisms are limited, so the number of dominant bacteria that domesticated microorganisms can benefit sewage treatment is limited, and the activity is not very strong, so the effect on water treatment is not very ideal. In addition, no matter what kind of process, t...

Claims

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Application Information

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IPC IPC(8): C02F3/00C12N11/00C05F7/00
CPCY02A40/20
Inventor 李奎日
Owner GUOZHONG AIHUA TIANJIN MUNICIPAL ENCIRONMENT ENG
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