Novel waste organic matter energy conversion device
A conversion device and organic matter technology, which is applied in the preparation of liquid hydrocarbon mixtures, the petroleum industry, and the treatment of hydrocarbon oils. Dust leakage, effective use of non-condensable gas, and cleanliness
Pending Publication Date: 2022-03-01
广西海鸥能源装备有限公司
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Problems solved by technology
[0003] Most of the existing technology is small-scale processing equipment, which basically uses small-scale reactors to produce one kettle after another. It is impossible to carry out high-temperature feeding, let alone high-temperature slagging, and there is no large-scale continuous waste organic matter. The carburettor was put into use
After some equipment has been improved, the problems of continuous feeding and high-temperature slag discharge have been solved. However, the material cannot be fed within one hour before slag discharge. During this hour, the oil in the slag is completely melted, and then the Refeeding can only be done after the slag is discharged, which is not continuous feeding in an absolute sense, and the production efficiency is not high
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[0023] see Figure 1-Figure 3 Shown, the technical scheme that this specific embodiment adopts is: it comprises belt conveyor 1, melting extruder 2, thermal cracking reactor 5, thermal cracking slagging still 10, powder material slag tank 15, water-cooled screw machine 16, Carbon black storage tank 17, crude oil tank 19, dedusting and dechlorination device 21, desulfurizer 22, compressor 23, dehydration tower 24, gas storage capsule 25, gas generator set 26, crude oil depot 28, belt conveyor 1 is set in One side of the feed end of the melt extruder 2, the discharge end of the melt extruder 2 is provided with a molten plug pipe 4, the melt extruder 2 is connected with the thermal cracking reactor 5 through the melt plug pipe 4, and the heat The slag outlet at the end of the pyrolysis reaction kettle 5 is connected to the inlet of the pyrolysis slag discharge kettle 10 through a flange pipe, and the thermal cracking slag discharge kettle 10 is connected to the powder slag tank 1...
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Abstract
The invention discloses a novel waste organic matter energy conversion device and relates to the technical field of carburizing equipment. A molten material plug pipe is arranged at the discharging end of the melting extruder, the melting extruder is connected with the thermal cracking reaction kettle through the molten material plug pipe, a slag discharging opening in the tail end of the thermal cracking reaction kettle is connected with an inlet of the thermal cracking slag discharging kettle through a flange pipeline, and the thermal cracking slag discharging kettle is connected with the powder slag tank through a pipeline flange. The powder slag tank is connected with the water-cooling screw conveyor through a flange, an outlet of the water-cooling screw conveyor is connected with an inlet of the carbon black storage tank, the thermal cracking reaction kettle is connected with the crude oil tank through a pipeline, the thermal cracking slag discharging kettle is connected with the crude oil tank through a pipeline, and the crude oil tank is connected with the dust removal dechlorination device through a pipeline. The purposes of continuous feeding, continuous deslagging, effective utilization of non-condensable gas, energy conservation and emission reduction are achieved, the whole system works under micro-negative pressure, harmful gas and dust are effectively controlled, and a production plant is kept clean.
Description
technical field [0001] The invention relates to a novel energy conversion device for waste organic matter, and relates to the technical field of carburetion equipment. Background technique [0002] In the production process of modern enterprises, some waste organic matter is often produced. If these waste organic matter is not properly treated, it will cause environmental pollution. In addition, the treated waste organic matter can also be converted into energy for reuse. [0003] Most of the existing technology is small-scale processing equipment, which basically uses small-scale reactors to produce one kettle after another. It is impossible to carry out high-temperature feeding, let alone high-temperature slagging, and there is no large-scale continuous waste organic matter. The carburettor was put into use. After some equipment has been improved, the problems of continuous feeding and high-temperature slagging have been solved. However, it is still impossible to feed the...
Claims
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IPC IPC(8): C10G1/02C10G1/00
CPCC10G1/002C10G1/02C10G2300/1003
Inventor 覃坚涧王忠
Owner 广西海鸥能源装备有限公司