A kind of method for reforming biomass crude synthesis gas with hydrogen peroxide as raw material
A technology for crude synthesis gas and biomass, which is applied in chemical instruments and methods, waste fuel, and the manufacture of combustible gas, etc., to achieve good practical significance, easy access, and promotion of utilization.
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[0024] The present invention is further explained below in conjunction with embodiment. Before introducing specific embodiments, a brief introduction to the detection of gas concentration involved in the following embodiments is as follows.
[0025] TCD (thermal conductivity detector) detection: Japan Shimadzu GC-2014 gas chromatograph is used, the detector is TCD thermal conductivity detector, the chromatographic column is TDX-01 packed column, the column specification is 3m×3mm, and the carrier gas is high purity Helium; mainly detects H 2 , N 2 , CO, CH 4 , CO 2 ;
[0026] FID (flame ionization detector) detection: Japan Shimadzu GC-2014 gas chromatograph is used, the detector is FID hydrogen flame detector, the chromatographic column is Porapak N packed column, the column specification is 3m×3mm, and the carrier gas is high-purity Nitrogen; mainly detects CH 4 、C 2 h 4 ;
[0027] The test results of the above TCD test and FID test passed CH 4 to associate.
Embodiment 1~11
[0029] The raw biomass synthesis gas provided by the present invention is prepared through the following steps.
[0030] (1) Prepare and obtain crude synthesis gas:
[0031] Using corncobs as raw materials and circulating fluidized bed gasifier as the production equipment, the crude synthesis gas is prepared as follows: fill 10Kg of corncobs in the circulating fluidized bed gasifier, gasification agent (i.e. Air) is blown upward from the bottom into the gasification furnace by the blower, so that the combustion and gasification reaction of the corncob raw material is in a boiling state. The gasification temperature is 750°C, the air equivalent ratio is 0.21, and the gas yield is 1.8m 3 / kg, the gasification yield is 70%;
[0032] The volume ratio of the prepared crude synthesis gas component is: H 2 16.19%, CO 12.34%, C 2 h 4 2.5%, CO 2 21.90%, CH 4 14.92%, N 2 32.15%;
[0033] H in the prepared crude synthesis gas 2 The ratio of / CO=1.312.
[0034] (2) Preparati...
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Abstract
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