Based on the independently designed amine deacidification experimental device

the experiment adopted the common-used oxyamine process and preliminary preferred amine formulation (2 mol·L-1+1 mol·L-1) to study the optimization of operating parameters of alcohol amine gas decarbonization.The result are will be used to guide the industrial production.This paper analyzed the influence of the operating parameters on the amine decarbonization process under the control variable method with 6% and 4% CO2 content and get the optimizing operating parameter.The results show that: the increase of the absorption temperature

the absorption pressure

and the amine solution circulation flow can improve amine absorption performance

the increase of the performance.However

all the parameters are influenced by the reaction mechanism

vapor-liquid equilibrium

the energy consumption

the nature of the amine solution and other factors

there is an optimal value; Under this experimental system

when the raw gas processing capacity is 50 Nm3·h -1

The optimization results of operating parameters are as follows: the absorption temperature is 55℃

the absorption pressure is 3.5-4 MPa

the amine solution circulation flow is 0.25 m3·h-1

the regeneration temperature is 120℃ and the regeneration pressure is 50 kPa.