Environment-friendly dicarbonate cyclic reaction system
A cyclic reaction and carbonate technology, which is applied to carbon compounds, non-metallic elements, and the manufacture of combustible gases, etc., can solve the problems that the activated carbon pickling solution cannot be reused, the molten salt cannot be directly recycled, and the process is cumbersome. The effect of simplifying the mechanical separation process, reducing the production of tar, and low cost
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Embodiment 1
[0055] Put 200g of sodium carbonate and potassium carbonate mixture (i.e. molten salt) with a mass ratio of 55.5:44.5 as the heat medium and catalyst (melting point is 710.3°C), and put it into the reaction kettle through the gap of the turntable, and start the side wall heating jacket and bottom The jacket was heated to raise the temperature of the reactor to 750°C. To maintain an oxygen-free atmosphere, the coil pipe is extended into the molten salt to feed water vapor with a flow rate of 10 g / h, and 10 g of crushed and dried Chinese fir chips are added to the reactor, and the Chinese fir chips are carbonized in the reactor at 750 °C / Activate for 15 minutes, and continuously discharge the pyrolysis gas generated by the reaction from the pyrolysis gas outlet on the upper part of the reactor. The gasification rate of Chinese fir chips is between 78.6%-81.3% (mass percent), and the synthesis gas (H 2 and CO) volume percentage between 79.2%-84.7%, H in syngas 2The volume rat...
Embodiment 2
[0058] 200g of sodium carbonate and potassium carbonate mixture (i.e. molten salt) with a mass ratio of 55.5: 44.5 is used as heat medium and catalyst (melting point is 710.3°C), and is added to the reaction kettle through the opening of the turntable to start the side wall and bottom heating jacket to raise the temperature to 750°C. To maintain an oxygen-free atmosphere, the coil pipe is extended below the molten salt liquid surface to pass in water vapor with a flow rate of 10 g / h, and 10 g of warp-knitted waste leather cut into uniform small pieces is added to the reaction kettle, and the decoking reaction is continued for 20 hours Within the period, the decoking efficiency remained stable, and the test results showed that the tar yield decreased by more than 95%, and the gas yield increased by more than 15%.
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