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Solid waste harmless and resourceful treatment method and treatment device

A technology of solid waste and treatment method is applied in the field of solid waste harmless and resourceful treatment methods and treatment devices to achieve the effect of convenient fluidity

Active Publication Date: 2017-03-08
河南光解环保科技有限公司 +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

[0007] The technical problem to be solved by the present invention is: aiming at the difficulties and problems in the comprehensive utilization of garbage, to provide a solid waste harmless and resourceful treatment method and treatment method that can effectively separate the organic matter from the inorganic matter in solid waste device to convert it into clean gas, fuel oil or organic feedstock

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  • Solid waste harmless and resourceful treatment method and treatment device
  • Solid waste harmless and resourceful treatment method and treatment device

Examples

Experimental program
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Effect test

Embodiment 1

[0038]The garbage is selected from the garbage sieve of Beijing Fengtai landfill. Experimental data show that cracking 1 ton of Fengtai garbage oversize can yield 28% cracking gas, 51% cracking liquid product and 19% solid. The analytical data and calorific value test data of the pyrolysis products are shown in attached tables 1-2. The power consumption for cracking 1 ton of Fengtai garbage sieve is 580 degrees, and 280 kg of combustible gas, 510 kg of liquid fuel oil and 210 kg of solid residue can be obtained. The calorific value of gas products from cracking Fengtai garbage is 10200kcal / kg, which is similar to the calorific value of natural gas, and can be calculated based on the power generation capacity of natural gas at 4.5 kcal / kg. The power generation capacity of 280 kilograms of cracked gas products is 1260 degrees. The calorific value of the liquid product of photocatalytic cracking Fengtai garbage is 10500kcal / kg, which can be calculated as 3.8 degrees / kg, and the...

Embodiment 2

[0040] The waste is Zhengzhou medical waste. Experimental data shows that 35% of cracked gas, 57% of cracked liquid product and 8% of solid can be obtained by cracking 1 ton of medical waste. The analytical data and calorific value test data of the pyrolysis products are shown in attached tables 3-4. It consumes 612 degrees of electricity to crack a ton of medical waste, and can obtain 350 kg of combustible gas, 570 kg of liquid fuel oil, and 80 kg of solid residue. Calculated on the basis of gas-fired power generation capacity of 4.2 kWh / kg, the power generation capacity of 350 kg of cracked gas products is 1470 kWh. The power generation of liquid products is calculated at 3.8 kWh / kg, and the power generation of 570 kg of photocatalytic cracking liquid products is 2166 kWh. The total power generated by the gas-liquid products is 3636 kWh, minus the total power consumption of 612 kWh for cracking, the actual power generation is 3024 kWh.

Embodiment 3

[0042] Garbage is selected from crop corn stalks. Experimental data show that cracking 1 ton of corn stalks can yield 45% cracked gas, 35% cracked liquid products and 25% solids. The analytical data and calorific value test data of the pyrolysis products are shown in attached tables 5-6. The power consumption of cracking one ton of corn stalks is 360 degrees, and 400 kg of combustible gas, 350 kg of liquid fuel oil, and 250 kg of solid activated carbon can be obtained. Calculated on the basis of 4.0 degrees / kg of gas-fired power generation, the power generation of 400 kg of cracked gas products is 1600 degrees. The water content of biomass liquid products is relatively large, accounting for about 60%, and must be extracted and separated before generating electricity. Organic matter accounts for 40% of the liquid product, about 140 kg, and its calorific value is greater than 9500Kcal / kg. The power generation of organic matter is calculated at 3.5 degrees / kg, and the power ge...

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Abstract

The invention discloses a solid waste harmless and resourceful treatment method and a treatment device. The method comprises the steps that firstly, a physical reselection method is adopted, and garbage is sorted into garbage screen overflow small in specific gravity and screen underflow large in specific gravity according to different specific gravities; then, the garbage screen overflow large in size and small in density is decomposed through a photocatalysis cracking furnace, organic solid macromolecules are decomposed into organic micromolecules, and oil gas and solid separation is formed after the organic micromolecules are evaporated out from the photocatalysis cracking furnace; and gas collection is formed by C1-C4 micromolecules in oil gas products, liquid collection is formed by organic matter of C4-C20, and solids are left in the cracking furnace to be discharged from the bottom. The organic macromolecules are decomposed into organic micromolecule compounds through breakage resonant C-C keys, and no influence is generated on inorganic matter; and separated-out gas products can be used for producing clean fuel, separated-out liquid products can be used for producing fuel oil and organic chemical materials, solid inorganic matter is subjected to concentration and refining, and inorganic mineral products can be formed in the manners of magnetic separation, reselection, flotation and the like.

Description

[0001] Technical field: [0002] The invention relates to a waste treatment method and device, in particular to a solid waste harmless and resourceful treatment method and treatment device, which can decompose solid organic waste into organic small molecule gaseous and liquid products by breaking chemical bonds. [0003] Background technique: [0004] Trash is a misplaced usable resource, the only ever-growing, inexhaustible resource on Earth. Human beings are producing garbage every day. According to statistics, in our country, an average of 440 kilograms of garbage is discarded per person per year. As of 2015, the total amount of domestic waste in my country has exceeded 8.6 billion tons, and the amount of domestic waste is still increasing at an annual rate of 600-700 million tons. The landfill area of ​​domestic waste is close to 1 million mu, and most cities have been surrounded by waste. On the one hand, due to the rapid increase of plastic, rubber, resin and other ligh...

Claims

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Application Information

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IPC IPC(8): B09B3/00B09B5/00C10B53/00C10G1/00
CPCC10B53/00C10G1/00B09B3/00B09B5/00C10G2300/1003B09B3/40
Inventor 朱新法乔思怀赵铎陈聚良史红军姜继锁李时清陈亚春郑黎冯继伟王建军
Owner 河南光解环保科技有限公司
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