A kind of method for preparing methanol from biomass in one step
A biomass and methanol technology, which is applied in the preparation of hydroxyl compounds, organic compounds, chemical instruments and methods, etc., can solve the problems of high cost and high energy consumption, and achieve the effects of high utilization rate, low equipment investment and simple operation
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Embodiment 1
[0030] Weigh 3g of bagasse and 0.6g of calcium carbonate, stir well, and fill to the middle of the reaction tube with openings (openings can be closed) at both ends. Inject 40ml / min of nitrogen gas into the reaction tube for air tightness test. After passing the test, continue to ventilate for 3 minutes to remove the air inside the reaction tube. Then, the reaction tube was heated at a rate of 50°C / min. When the temperature rose to 100°C, acetone was introduced from one end of the reaction tube at a flow rate of 0.3ml / min, and the other end of the reaction tube was cooled by an ice-water bath to collect The reaction effluent was heated to a final temperature of 300°C and stayed for 1 min, then the experiment was stopped, that is, the collection of the reaction effluent was stopped, and at the same time, the heating of the reaction tube and the introduction of nitrogen and acetone were stopped, and the reaction tube was naturally cooled to room temperature. The collected liquid...
Embodiment 2
[0032] Weigh 3g of bagasse and 0.6g of calcium carbonate, stir well, and fill to the middle of the reaction tube with openings (openings can be closed) at both ends. Inject 40ml / min of nitrogen gas into the reaction tube for air tightness test. After passing the test, continue to ventilate for 3 minutes to remove the air inside the reaction tube. Then, heat up the reaction tube at a rate of 80°C / min. When the temperature rises to 100°C, feed acetone from one end of the reaction tube at a flow rate of 0.4ml / min, and cool the other end of the reaction tube with an ice-water bath. Collect the reaction effluent, raise the temperature to a final temperature of 300°C and stay for 1 min, then stop the experiment, that is, stop collecting the reaction effluent, stop heating the reaction tube and feed nitrogen and acetone, and the reaction tube is naturally cooled to room temperature. The collected liquid phase product was analyzed by gas chromatography for its composition, and it was ...
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