Organic amine solvent for capturing carbon dioxide
An organic amine and antioxidant technology, which is applied in the field of gas separation to achieve the effects of reducing energy consumption for regeneration and operation, good social and economic benefits, and low energy consumption for regeneration
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Embodiment 1
[0025] A novel process for flue gas capture of CO 2 Device, handling flue gas volume (dry basis) 550600Nm 3 / h, carbon dioxide content 14.45%, flue gas temperature 45 ℃, in the amine solution, the total concentration of organic amine is 20% by weight, wherein, the content of polyetheramine is 8% by weight, and the content of hydroxyethylmorpholine is 4 % by weight, the activator is 2-amino-2-methyl-1- the concentration is 7% by weight, the weight of diethylaminoethanol is 1%, the content of the corrosion inhibitor sodium metavanadate is 0.1% by weight, the antioxidant is hydroxyethylidene di Phosphonic acid weight 0.1%, the rest is water, the flow rate of amine solution is 3200Nm 3 / h. Use 144℃, 0.3MPa low-pressure steam for thermal regeneration.
[0026] After decarbonization treatment, the carbon dioxide capture rate is 82%, the unit energy consumption of carbon dioxide capture is 1.27 tons of steam / ton of carbon dioxide, and the consumption of amine solvent is 0...
Embodiment 2
[0031] Take 200g of organic amine solution, including: sodium glycinate 16g, polyetheramine 24g, 2-amino-2-methyl-1-propanol 15g, morpholine 5g, deionized water as solvent, sodium sulfite 0.1g, potassium sodium tartrate 0.1 g, 0.1g of sodium antimony tartrate, put it into a 500ml autoclave, and then quickly fill it with 0.6Mpa CO 2 , and stirred to make it completely absorbed by the solution, then filled with 0.8MPa O 2 , heated to a reaction temperature of 120 o C, start stirring, rotating speed 400rad / min. When the oxygen pressure begins to drop, it indicates that the amine liquid begins to undergo oxidative degradation, and this time is recorded as the initial degradation time. The results are shown in Table 1:
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