Mass transfer coefficient

Electrical engineering

Basis (linear algebra)

Absorption (acoustics)

Engineering

Amine gas treating

Function (biology)

Artificial intelligence

Composite material

Organic chemistry

Chemistry

Biological system

Materials science

Geometry

Mathematics

Computer science

Chromatography

Artificial neural network

Mass transfer

Evolutionary biology

Transfer function

Selection (genetic algorithm)

Biology

Radial basis function

AIChE Journal

In this work, the radial basis function neural network (RBFNN) and random forest (RF) algorithms were employed to develop generic AI models predicting mass transfer coefficient in amine‐based CO 2 absorber. The models with operating parameters as input gave quite different prediction performance in different CO 2 absorption systems. To secure better applicability, extra parameters related to amine type and packing characteristics were introduced to reasonably describe mass transfer behaviors, respectively. Moreover, the generic models were proposed by considering all influencing factors of mass transfer in CO 2 absorber column. Furthermore, the performance of BPNN, RBFNN, and RF models was completely compared and fully discussed in terms of AARE. All three generic models could predict mass transfer coefficient of CO 2 absorber very well. It was found that the BPNN models provide the best predication with AAREs of below 5%. The developed generic model could serve as a fast and efficient tool for preliminary selection and evaluation of potential amines for CO 2 absorption. The framework of generic ML model development was also clearly presented, which could provide theoretical basis and practical guidance for the implementation and application of ML models in the carbon capture field.

Generic AI models for mass transfer coefficient prediction in amine‐based CO <sub>2</sub> absorber, Part II: RBFNN and RF model

Generic AI models for mass transfer coefficient prediction in amine‐based CO 2 absorber, Part II: RBFNN and RF model

Generic AI models for mass transfer coefficient prediction in amine‐based CO ₂ absorber, Part II: RBFNN and RF model