Device for preparing bio-oil and fuel by using biomass and waste plastic and use method

A technology of waste plastics and biomass, which is applied in the preparation of liquid hydrocarbon mixtures, educts, petroleum industry, etc., can solve the difficulties in achieving substantial progress and breakthroughs in the coking rate of catalysts, the difference in pyrolysis characteristics of biomass and waste plastics, and the difficulty Effectively improve biomass pyrolysis gas and other problems, achieve the effect of improving anti-coking performance, reducing deactivation rate, and improving quality

Pending Publication Date: 2018-05-04
YANCHENG INST OF TECH
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  • Abstract
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  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0005] At present, most of the research is to directly add waste plastics such as PE / PP into biomass raw materials, and use in-situ mixed co-pyrolysis to improve the (H / C) of biomass pyrolysis gas. eff , but the heat and mass transfer properties of materials are different, resulting in large differences in the pyrolysis characteristics of biomass and waste plastics due to different types, it is difficult to determine the best pyrolysis process parameters, and the generation of pyrolysis products has a primary and secondary , it is difficult to effectively increase the (H / C) of biomass pyrolysis gas eff
At the same time, relying solely on the technical means of HZSM-5 catalysis is relatively traditional, and it is difficult to achieve substantial progress and breakthroughs in improving the quality of bio-oil fuels and reducing the coking rate of catalysts

Method used

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  • Device for preparing bio-oil and fuel by using biomass and waste plastic and use method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0043] During the test, 30g of rapeseed straw and 30g of PE waste plastic were put into the biomass vacuum pyrolyzer and the waste plastic vacuum pyrolyzer respectively. ; Then under the action of control module A and control module B, start to carry out pyrolysis and catalytic reaction, adjust the heating rate of the biomass vacuum pyrolyzer to be 20°C / min, and the final temperature of pyrolysis to be 500°C, and adjust the waste plastic vacuum The heating rate of the pyrolyzer is 30°C / min, and the final pyrolysis temperature is 550°C; the temperature of the pyrolysis gas mixer 4 is maintained at 450°C; the radio frequency discharge power of the NPSC system 5 is adjusted to 50W, and the catalytic temperature is 200°C; After reacting for 30 minutes, the amount of the resulting refined bio-oil and fuel did not change.

[0044] The EA3000 elemental analyzer was used to measure the oxygen content of the refined bio-oil, and the ZDHW-5G oxygen bomb calorimeter was used to measure t...

Embodiment 2

[0048]During the test, 60g of rapeseed straw and 60g of PE waste plastic were put into the biomass vacuum pyrolyzer and the waste plastic vacuum pyrolyzer respectively, and the particle size of the raw materials were all in the range of 0.25-1.00mm; the temperature of the cold trap was adjusted to -10°C ; Then under the action of control module A and control module B, start pyrolysis and catalytic reaction, adjust the heating rate of the biomass vacuum pyrolyzer to 20°C / min, and the final pyrolysis temperature to 500°C, adjust the waste plastic vacuum The heating rate of the pyrolyzer is 30°C / min, and the final pyrolysis temperature is 550°C; the temperature of the pyrolysis gas mixer 4 is maintained at 450°C; the radio frequency discharge power of the NPSC system 5 is adjusted to 150W, and the catalytic temperature is 400°C; After reacting for 30 minutes, the amount of the resulting refined bio-oil and fuel did not change.

[0049] Through the investigation of the physical an...

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Abstract

The invention belongs to the field of development, utilization and study of new energy sources, and relates to a device for preparing bio-oil and fuel by using biomass and waste plastic and a use method. The device comprises a biomass vacuum pyrolyzer, a waste plastic vacuum pyrolyzer, a pyrolysis gas mixer, a control module A, a plasma synergistic catalyzing system, a control module B, a cold trap, a vacuum pump and a CO2 (carbon dioxide) adsorber, wherein the biomass vacuum pyrolyzer is used for decomposing biomass; the waste plastic vacuum pyrolyzer is used for decomposing waste plastic; the pyrolysis gas mixer is used for receiving the gas produced by the biomass vacuum pyrolyzer and the waste plastic vacuum pyrolyzer; the control module A is used for respectively adjusting the temperatures and heating rates of the biomass vacuum pyrolyzer, the waste plastic vacuum pyrolyzer and the pyrolysis gas mixer; the plasma synergistic catalyzing system is used for catalyzing the gas produced by the pyrolysis gas mixer. The device has the advantage that the defects in the existing method for preparing the bio-oil or fuel by using the co-pyrolysis of the biomass and the waste plastic canbe effectively overcome.

Description

technical field [0001] The invention belongs to the research field of new energy development and utilization, and more specifically relates to a device and a use method for preparing bio-oil and gas from biomass and waste plastics. Background technique [0002] As the only renewable energy that can be directly converted into carbon-containing liquid fuels, biomass energy is becoming more and more important for its development and utilization today when fossil fuels are depleted and the environment is deteriorating. As a primary fuel, biomass pyrolysis oil (hereinafter referred to as bio-oil) has obvious defects in physical and chemical properties, so it must be modified and refined to improve the quality of bio-oil. At present, the refining modification methods mainly include catalytic cracking, catalytic hydrogenation, and catalytic esterification. Among them, the catalytic cracking refining method has higher safety and relatively mild reaction conditions, and has attracted...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C10G1/00C10B53/07
CPCC10B53/07C10G1/002Y02P20/143
Inventor 樊永胜陈玉炜金丽珠严军金仁瀚邓秀利
Owner YANCHENG INST OF TECH
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