Seaweed pyrolysis oil making system and method thereof
An oil system, pyrolysis technology, applied in the petroleum industry, direct heating dry distillation, preparation of liquid hydrocarbon mixtures, etc., to achieve the effects of avoiding heat loss, saving drying costs, and fast heating efficiency
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[0054] Example 1:
[0055] An oil production method according to the seaweed pyrolysis oil production system includes the following steps:
[0056] Step S1, the dried seaweed particles are sent to the storage bin 1, and sent to the pyrolysis device 3 via the feeding device 2;
[0057] Step S2. The algae particles undergo pyrolysis reaction in the pyrolysis device 3. The microwave heating method is adopted, the heating rate is fast, and the requirement of rapid pyrolysis is met. The pyrolysis reaction is carried out at a temperature of 500°C, normal pressure, inert gas nitrogen Atmosphere, crude bio-oil, semi-coke and non-condensable gas are produced. After the crude bio-oil and non-condensable gas are separated by the oil and gas separator 5, the crude bio-oil is stored in the oil storage device 6, and the non-condensable gas is mainly Mainly carbon dioxide and water vapor, which are passed into the gasification device 7 as part of the gasification agent, and the semi-coke in the py...
Example Embodiment
[0061] Example 2:
[0062] An oil production method according to the seaweed pyrolysis oil production system includes the following steps:
[0063] Step S1, the dried seaweed particles are sent to the storage bin 1, and sent to the pyrolysis device 3 via the feeding device 2;
[0064] Step S2. The seaweed particles undergo pyrolysis reaction in the pyrolysis device 3. The microwave heating method is adopted, the heating rate is fast, and the requirement of rapid pyrolysis is met. The pyrolysis reaction is carried out at a temperature of 525°C, normal pressure, inert gas nitrogen Atmosphere, crude bio-oil, semi-coke and non-condensable gas are produced. After the crude bio-oil and non-condensable gas are separated by the oil and gas separator 5, the crude bio-oil is stored in the oil storage device 6, and the non-condensable gas is mainly Mainly carbon dioxide and water vapor, which are passed into the gasification device 7 as part of the gasification agent, and the semi-coke in the ...
Example Embodiment
[0068] Example 3:
[0069] An oil production method according to the seaweed pyrolysis oil production system includes the following steps:
[0070] Step S1, the dried seaweed particles are sent to the storage bin 1, and sent to the pyrolysis device 3 via the feeding device 2;
[0071] Step S2. The algae particles undergo a pyrolysis reaction in the pyrolysis device 3. The microwave heating method is adopted, the heating rate is fast, and the requirement of rapid pyrolysis is met. The pyrolysis reaction is carried out at a temperature of 550°C, normal pressure, inert gas nitrogen Atmosphere, crude bio-oil, semi-coke and non-condensable gas are produced. After the crude bio-oil and non-condensable gas are separated by the oil and gas separator 5, the crude bio-oil is stored in the oil storage device 6, and the non-condensable gas is mainly Mainly carbon dioxide and water vapor, which are passed into the gasification device 7 as part of the gasification agent, and the semi-coke in the ...
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