A Mixed Methods Exploratory Study of Availability, Compliance, and Inclusivity of Technical Standards in United States Professional Physical Therapist Education Programs

Amanda Sharp, PT, DPT, PhD

doi:10.1093/ptj/pzag055

Enhanced CO2 capture performance of electrochemically mediated amine regeneration systems via diethylenetriamine /alkanolamine

2026-08-04

0

PRE

AI

B

Buayixiemu Musa

N

Nuerbiya Yalikun *

X

Xueli Huang

Q

Qiang Wang

H

Hongzhou Gong

D

Dingkai Hu

T

Tianyi Huo

Y

Yang Dou

DOI：10.1016/j.seppur.2026.139630

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Abstract

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• Blended DETA/MEA (50/50) reveals high CO2 uptake and low corrosivity to steel. • Spectroscopic and DFT analyses elucidate the molecular-level CO2 capture mechanism. • Synergistic proton-transfer in DETA/MEA absorption accelerates kinetics. • Cu2+ coordination promotes CO2 release and reduces absorbent corrosion to steel.

Enhanced CO2 capture performance of electrochemically mediated amine regeneration systems via diethylenetriamine /alkanolamine

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